4–9 September 2016 - (EHPRG) Meeting on High Pressure Science

Transcription

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PROGRAMME
www.ehprg2016.org
2 Programme
p. 38
MS 5A
p. 39
MS 8A
p. 40
p. 54
Discussion
MS 15 A-C
MS 16
MS 18 A-C
MS 19 A, B
Novel high-pressure instrumentation at large-scale facilities: neutrons
Transport properties at high pressure
Magnetism at extreme conditions
Electronic transitions at high degree of compression
Non-crystalline state at high pressure
Theoretical modeling of condensed matter at extreme conditions
MS 5 A, B
MS 6 A, B
MS 7
MS 8 A, B
MS 9 A, B
MS 10 A, B
MS 11 A, B
MS 20
MS 17
MS 12 A, B
Novel high-pressure instrumentation at large-scale facilities: synchrotrons & FELs
p. 59
MS 4 A, B
p. 57
Conference Excursions
MS 14 A, B
p. 56
MS 12B
Lunch box
14.00–18.45
Novel in-house high-pressure instrumentation
p. 55
MS 18B MS 17
16.20–19.00
p. 54. 79
Poster Session 1 in K1+2
14.00–16.00
Award
Lectures
MS 3 A, B
p. 48
p. 53
p. 54 11.45–13.30
EHPRG
General
Assembly
Complex structures: crystallographic diversity from MOFs to incommensurate structures
p. 47
MS 1B
10.20–11.40
Structural studies at extreme conditions
p. 46
MS 14B MS 9B
16.20–19.00
MS 7
p. 43
MS 9A
K7
MS 2
p. 44
p. 42
MS 8B
p. 52
12.20–12.40
Coffee Break in the industrial exhibition
p. 41
MS 5B
K6
p. 26
Plenary
K5
Wednesday, 7 September 2016
09.00–10.00
K9
MS 1 A-C
MS 15C
p. 40
MS 15B
14.00–16.00
10.20–12.20
K7
p. 66
MS 4A
p. 67
MS 3B
10.20–12.20
K6
p. 68
MS 1C
K7
p. 69
16.20–18.20
p. 70
p. 71
p. 75
Closing
12.20–12.40
MS 20
p. 29
Plenary
09.00–10.00
K6
p. 76
Hydrogen & hydrogen-rich compounds: new frontiers at high pressures
Carbonates at extreme conditions & volatiles in Earth and planetary interiors
Dynamic compression & time resolved measurements
Melting at high pressures: new methods, new findings & new controversies?
Ultra-high static & dynamic pressures generation
High pressure mineral physics and geochemistry
K7
p. 78
MS 10B
High pressure bio-, life & food sciences/ Pharmaceutical & organic compounds
p. 77
MS 19B MS 4B
10.20–12.20
K5
Friday, 9 September 2016
K9
Novel physical phenomena at high pressures and low temperatures
p. 72
MS 19A MS 11B MS 10A
High pressure synthetic chemistry
MS 6B
p. 69, 91
Poster Session 2 in K1+2
14.00–16.00
Lunch Break in the industrial exhibition
and in the restaurant
p. 65
p. 28
Plenary
09.00–10.00
K5
Thursday, 8 September 2016
K9
MS 18A MS 11A MS 12A MS 16 p. 61 MS 2 p. 61 MS 3A p. 62 MS 18C p. 62 MS 6A
HP Community Photo
p. 51
p. 24
K6
MS 14A MS 1A
p. 37
MS 15A
p. 22
Plenary
K5
Tuesday, 6 September 2016
K9
09.00–10.00
K7
Plenary
10.20–12.20
K6
09.00–10.00
Opening
08.45–09.00
K5
Monday, 5 September 2016
K9
Programme Overview
Exhibition
Hall
Floor Plan of the Conference Site at ARVENA Hotel
State of printing
Programme
3
Content
Conference Organisers ............................................................................................. 5
EHPRG Committee Members 2016........................................................................... 6
Welcome Note of the Conference Chairs................................................................. 7
Welcome Note of the EHPRG Chairman ................................................................... 8
Welcome Note of the Mayor of Bayreuth ................................................................ 9
General Information ................................................................................................. 10
Social Programme..................................................................................................... 14
Excursions................................................................................................................. 16
Information for Presenters....................................................................................... 18
List of Exhibitors ....................................................................................................... 20
Plenary Lectures ....................................................................................................... 22
EHPRG Award Winnes 2016 ..................................................................................... 30
Programme Overview • Chairs-Speakers ................................................................. 32
Scientific Programme
Monday, 5 September 2016 .................................................................... 36
Tuesday, 6 September 2016 .................................................................... 50
Wednesday, 7 September 2016............................................................... 60
Thursday, 8 September 2016................................................................... 64
Friday, 9 September 2016........................................................................ 74
Poster Presentations
Poster Session I • Tuesday, 6 September 2016 ....................................... 79
Poster Session II • Thursday, 8 September 2016..................................... 91
Participant List.......................................................................................................... 103
4 Programme
Conference Organisers
Conference Chairs
Prof. Dr. Dr. h. c. Leonid Dubrovinsky
Bavarian Research Institute of Experimental Geochemistry and Geophysics (BGI)
University of Bayreuth
95440 Bayreuth (DE)
Prof. Dr. Dr. h. c. Natalia Dubrovinskaia
Material Physics and Technology at Extreme Conditions
Laboratory of Crystallography
University of Bayreuth
95440 Bayreuth (DE)
International Advisory Committee
I. A. Abrikosov (SE)
R. Boehler (DC/US)
D. Christofilos (GR)
P. Dera (IL/US)
M. I. Eremets (DE)
K. Friese (DE)
H. Huppertz (AT)
T. Irifune (JP)
D. P. Kozlenko (RU)
J. P. Loveday (GB)
H.-K. Mao (US)
M. A. Millot (CA/US)
A. Muñoz González (ES)
G. Rozenberg (IL)
J. S. Tse (CA)
B. Winkler (DE)
M. Bremholm (DK)
A. Dewaele (FR)
M. Hanfland (FR)
S. Klotz (FR)
M. I. McMahon (GB)
M. Merlini (IT)
K. Syassen (DE)
Conference Management
Conventus Congressmanagement & Marketing GmbH
Juliane Börner/Doreen Kühle
Carl-Pulfrich-Straße 1
07745 Jena (DE)
Phone +49 3641 31 16-347/-319
Fax +49 3641 31 16-243
[email protected]
www.conventus.de
Design/Layout
Layout
Print
Circulation Editorial Deadline
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400
1 August 2016
Programme
5
EHPRG Committee Members 2016
/Term of Office is indicated
Executive Committee
K. V. Kamenev, University of Edinburgh, GB, Chairman/2018
N. Dubrovinskaia, University of Bayreuth, DE, Secretary/2018
I. Loa, CSEC, University of Edinburgh, GB, Treasurer/unlimited
S. Klotz, Université P&M Curie, Paris, FR, Treasurer Delegate/unlimited
Committee Members
I. Arvanitidis, Aristotle University, Thessaloniki, GR/2016
N. Brooks, Imperial College London, GB/2018
S. Buga, TISNCM, Troitsk, RU/2018
A. Friedrich, Julius-Maximilians-Universität Würzburg, DE/2017
G. Gabarino, ESRF, Grenoble, FR/2017
J. Contreras-Garcia, Université P&M Curie, Paris, FR/2018
J. A. Gonzalez, Universidad de Cantabria, Santander, ES/2016
F. Gorelli, Università di Firenze, IT/2017
U. Häussermann, Stockholm University, SE/2016
A. Katrusiak, University of Poznań, PL/2016
F. Meersman, Antwerp University, BE/2017
M. Paz-Pasternak, Tel Aviv University, IL/2017
J. Prchal, Charles University, Prague, CZ/2017
J.-M. Recio, Universidad de Oviedo, ES/2017
A. San Miguel, LPMCN, Université Lyon 1, Lyon, FR/2016
J. Saraiva, University of Aveiro, PT/2018
S. Scandolo, ICTP, Trieste, IT/2018
Ex-officio members
F. Rodríguez, Universidad de Cantabria, ES, President of the AIRAPT
C. Van Der Beek, École Polytechnique, Palaiseau, FR, Chairman of the
Condensed Matter Division of the European Physical Society
6 Programme
Welcome Note of the Conference Chairs
Dear Colleagues and Participants
of the 54th European High Pressure Research Group (EHPRG)
Meeting on High Pressure Science and Technology!
In 2016 our annual forum, aimed at a fruitful exchange of ideas and views in a broad
field of high pressure research, will take place in the city of Bayreuth, the capital of
Upper Franconia, which is a part of the state of Bavaria in southern Germany. The city
will provide you with unique cultural and natural environment that will make your stay
in Bayreuth joyful and inspirational.
The University of Bayreuth was founded in 1975 and celebrated its 40th birthday in
2015. The high pressure and high temperature research is one of the main scientific
focuses of the University and the Bavarian Research Institute of Experimental Geochemistry and Geophysics (BGI) is the central institution of the University since 1984.
The state-of-the-art experimental and analytic equipment for the characterization of
materials gives the University of Bayreuth a unique standing throughout Europe and
permits new methodical developments. The University of Bayreuth welcomes you to
visit its high pressure laboratories through guided scientific tours during the time of
the 54th EHPRG Meeting.
We wish you a successful Meeting with fruitful discussions, encouraging disputes and
conversations. We believe that your stay in Bayreuth will charge you with new ideas
and impressions!
Sincerely yours,
Leonid Dubrovinsky
Conference Chair
Natalia Dubrovinskaia
Conference Chair
Programme
7
Welcome Note of the EHPRG Chairman
Dear Friends and Colleagues,
On behalf of the European High-Pressure Research Group Committee as well as the
International Advisory Committee and the Local Organising Committee I would like to
welcome you to the 54th EHPRG conference in Bayreuth, Germany.
High-pressure research has been growing over recent years and this is reflected by the
steadily increasing number of participants at annual EHPRG meetings. This year there
will be well over 300 talks and posters presented by participants from 29 countries.
They will be reporting on a number of exciting scientific breakthroughs and significant
instrumentation developments made since the joint AIRAPT-EHPRG 2015 conference
in Madrid.
This year’s conference has 20 Microsymposia organised into 36 sessions and covering
a wide range of topics in high-pressure research – some conventional and some of
which are just emerging. The conference organisers and the Microsymposia Chairs,
who themselves are recognised experts in their field of research, have done an excellent job in attracting a great line-up of plenary and invited speakers. Have a look at
the conference programme and you will see that EHPRG-54 is a truly representative
international meeting which will enable its participants to keep abreast of the latest
developments in high-pressure research.
I wish you all an enjoyable conference, fruitful discussions and new collaborations!
Konstantin Kamenev
EHPRG Chairman
8 Programme
Welcome Note of the Mayor of Bayreuth
Dear Sir or Madam,
Dear Scientists,
I’d like to welcome you to Bayreuth – a city that has to offer a lot in totally different
areas that is worth further contemplation. This of course also includes our University.
Physics, Chemistry and material science play an important role in the University profile. A visible sign is among other things the “Emil-Wartburg-Foundation”. It promotes
research projects in the field of physics and is distinguished by several prices for the
special services in Physics. In the chemical sector, for example, the University regularly
achieves top marks, in particular, for the achievements in the field of polymer and
colloid research. Concerning the area of material sciences, it is researched intensively
and successfully in Bayreuth how different materials behave under high pressure and
extremely low or high temperatures.
The cultural city of Bayreuth, however, is particularly associated with the name of
Richard Wagner, Franz Liszt, Jean Paul and Margravine Wilhelmine. They made the city
of Bayreuth world famous; have left their mark in many different ways in the city. So I
may recommend the newly opened Richard Wagner Museum, among other things, the
UNESCO World Heritage, the Margrave’s Wilhelmine Opera House is indeed currently
being renovated, but the householder, the “bayerische Schlösser- und Seenverwaltung”
has created a very interesting presentation. And everyone who visits Bayreuth has to
see the “Festspielhaus” of Richard Wagner, located at the “Green Hill”. At present the
festival of flower and garden is taking place in Bayreuth – the Landesgartenschau. This
is worth more than just one visit, too.
Bayreuth, distinguished conference participant, thus offers all – an entire special combination of science, art, culture and recreation, which also includes a good local beer
and a Franconian meal.
Be welcome, enjoy your stay and come once again!
I wish you all an insightful conference and a good time in Bayreuth.
Yours
Brigitte Merk-Erbe
Mayor of Bayreuth
Programme
9
General Information
Venue
ARVENA Kongress Hotel
Eduard-Bayerlein-Straße 5a
95445 Bayreuth (DE)
Date
4–9 September 2016
Conference Language
The lectures will be held in English.
Registration
It would be desirable to register online in the forerun of the conference. The Registration Desk as well as the Quick/Self-Check-In will be open during the following times:
Sunday
16.00–19.00
Monday–Tuesday, Thursday
08.00–18.30
Wednesday
08.00–14.00
Friday
08.00–10.30
During these times, all pre-registered delegates who have already paid the registration fee will be receiving a bar code via e-mail prior to the conference. This code needs
to be printed out or saved on smartphones. There will be several Quick/Self- Check-In
counters which can be used to print out your personal name badge. Our staff will be
there to assist you. Please be prepared to present a proof of your advanced payment
and, if applicable, a proof of your student status. Here you can also pick up your conference materials. On-site registration is also possible and credit card or cash payment
will be accepted. Registration fees are as follows:
Regular
Student*/Retired Scientists**
Accompanying Person
600 EUR
500 EUR
250 EUR
Welcome Reception
Social Evening
City and Scientific Excursions
incl.
incl.
incl.
* Please provide proof of status via fax +49 3641 31 16-244 or e-mail [email protected] and
quote EHPRG 2016
** 70 years or older. The submission of an abstract is required.
10 Programme
General Information
Name Badge
Participants, accompanying persons and exhibitors are kindly requested to wear their
name badge during all conference events. Admittance to the scientific sessions, exhibition and social events will be refused if the required badge cannot be presented.
Lost badges will be replaced at the Registration Desk upon presentation of a proof of
registration and an identity card.
Certificate of Participation
You can pick up your certificate of participation at the Conference Registration desk.
WLAN and Internet Area
A wireless network will be available throughout the whole building and will be free of
charge. The access code will be announced on-site.
Catering
Free lunches and soft drinks will be offered to all delegates during lunchtime at designated desks in the industrial exhibition and in the restaurant. Tea and coffee will be
available free of charge in the morning and in the afternoon coffee breaks.
Exhibition
EHPRG 2016 will host a trade exhibition. For a listing of the exhibitors please refer to
the corresponding section in this programme (see page 20).
Exhibition Opening Times
Sunday
Monday–Tuesday, Thursday
Wednesday
Friday
18.00–21.00
09.00–18.00
09.00–14.00
09.00–10.30
Programme
11
General Information
Hotel Accommodation
A broad range of hotels as well as low-budget accommodations are available in Bayreuth.
We have reserved a contingent of hotel rooms. Please consult
www.ehprg2016.org/travel-hotels/hotels/ for more details.
City Map
The city map is enclosed to the conference materials. Do not hesitate to ask the conference staff at the Registration Desk for special places you would like to visit.
Location Plan Hotel, Parking and Public Transport
A location plan of the central part of Bayreuth can be found on page 13. For a floor plan
of the conference site at the Arvena Kongress Hotel see page 3. The Arvena Kongress
Hotel owns an underground garage with 140 parking places. Please inquire information
on public transport in your hotel or have a look at the website of the VGN www.vgn.de.
EHPRG General Assembly
The EHPRG General Assembly, including the EHPRG Award Lectures, will take place on
Wednesday, 7 September 2016 from 11.45–13.30 in the Great Hall K9.
The High Pressure Community Photo will be taken on Tuesday, 6 September 2016 in the
time from 12.20–12.40. The meeting place will be announced at the Opening Ceremony.
EHPRG discussion session: High-pressure neutrons in the next decade
Date: 7 September
Time: 14.00–16.00
Room: Great Hall K9
Chairs: Malcolm Guthrie and John S. Loveday
The neutron landscape is changing rapidly with the new liquid-target sources hitting
their stride even as the more established facilities continue to upgrade. In addition, the
next-generation European Spallation Source (ESS), now under construction in Sweden,
will deliver neutrons from 2019. Together, these facilities represent an enormous opportunity for the high-pressure community.
Please come to this discussion session to learn more about the new capabilities and to
explore the key scientific and technical goals for high pressure neutron research in the
next decade. The meeting is open to all interested parties whether or not they have
previous experience with neutron scattering.
12 Programme
General Information
5
2
1
4
6
3
1
2
3
4
5
6
Programme
13
Social Programme
Welcome Reception
The Welcome Reception will take place in the industrial exhibition in the ARVENA
Kongress Hotel on Sunday, 4 September 2016 from 18.00–21.00. Enjoy the first meeting with your colleagues and other delegates in a relaxed atmosphere with music and
light refreshments. On Sunday, the registration will be open from 16.00–19.00 in the
entrance area as well. The Welcome Reception is included in the registration fee, but
you are kindly asked to book separately through the registration website.
Opening Ceremony
The EHPRG 2016 will officially be opened on Monday, 5 September 2016 at 08.45 in the
Great Hall K9. The chairman of the EHPRG and both conference chairs will welcome
all delegates.
Social Evening (SE)
Date
Start
Bus shuttle
Return
Thursday, 8 September
19.30
will be provided between 18.30 and 19.00 (at latest) from the
ARVENA Hotel
from Burg Rabenstein will be provided between 23:00 and 00.00
The Social Evening will take place on Thursday, 8 September 2016 at 20:00 at Burg Rabenstein. Burg Rabenstein is an old castle built in the 12th Century. The former home
of earls and lords is nowadays used as a hotel and event location. It is located in the
Aibachtal in the heart of the Franconian Switzerland approximately 30 min away from
the conference venue. The musical highlight will be a performance by the Feuerbach
Quartett. Existing since 2013 the band arranges famous pop songs in classical string
quartet music. The mixture of the songs and their personal note could make you forget
briefly that you are not listening to the original. We invite you to join a memorable
evening in this wonderful setting.
Closing Ceremony
The Farewell will take place directly after the final sessions including the Closing Ceremony
in the Great Hall K9 on Friday, 9 September 2016 at 12.20.
14 Programme
University Campus Map
2
1
© Universität Bayreuth
1
2
BGI Building
HP-Lab of the Laboratory of Crystallography
© Universität Bayreuth
Programme
15
Excursions
Maisel Brewery (MB)
Date
Wednesday, 7 September
Start
14.30/14.40/14.50/15.00
End
15.30/15.40/14.50/16.00
Maisel’s combines the art of brewing with the world of beer that can be experienced
with all senses. In an area of over 4.500 m² visitors can get a glimpse on the production on one of the famous beers in Upper Franconia. The included brewery museum
shows the history of the brewing culture and shelters a collection of over 5.500 beer
glasses and mugs.
Richard-Wagner-Museum (RWM)
Date
Start
15.00/16.30
End
16.30/18.00
Discover the world of Richard Wagner! The tour will guide you through the stages of
his life and work at the “Haus Wahnfried”, the “Siegfried Wagner-Haus” and the history of the Bayreuth Festival in the “Neubau”.
© www.pixabay.com
16 Programme
Excursions
Festspielhaus Bayreuth (FH)
Date
Start
18.00
End
18.45
Have a look at the Festspielhaus from another side: discover the specialities of the
auditorium, get a glimpse at the factory and explore the stage. Uncountable information will be provided during the tour to give you an inside view on the theatre and
festival business.
© Lorenzo Moscia
Scientific Guided Tour to BGI Laboratories (BGI)
Date
Start
14.30/16.30/17.00
End
16.15/18.15/18.45
The Bavarian Research Institute of Experimental Geochemistry and Geophysics (BGI)
and the Research Group of Materials Physics and Technology at Extreme Conditions at
the Laboratory of Crystallography of the University of Bayreuth welcome you to their
scientific laboratories. Please have a look at the campus map on page 15.
Shuttle busses will be provided in front of the ARVENA hotel. The trip to the BGI Laboratories takes about 15 minutes by bus.
Tickets for an excursion and a BGI lab tour will be printed on your badge at the Registration Desk in Bayreuth.
Programme
17
Information for Presenters
Submitting your Presentation/Technical Information
Please prepare your presentation as PDF, MS Office Power-Point2010/2007 for Windows
or key for Macintosh DVD in 4:3 aspect ratio.
A presentation notebook with a PDF reader and MS Office Power-Point2010/2007 will
be provided. The use of personal notebooks is possible upon agreement. However, it
may interrupt the flow of the programme in the lecture hall. Please provide an adapter
for VGA if necessary.
A notebook, presenter and laser pointer are available at the speaker podium in the
lecture halls. A technical supervisor can help you.
Please note: Certain encodings for video and audio files could lead to problems. Please
visit our speakers preview area.
Should you wish to use non-digital equipment, please contact us at [email protected].
Your name will be shown down centered in the software that is installed in the conference rooms as well as a countdown at the bottom on the right. Please consider this in
the preparation of your presentation.
Speakers Service Centre
The Speakers Service Centre (SSC) is located on the ground floor directly next to the
Registration Desk. Please note the sign-posting on site or ask at the Registration Desk.
To guarantee a smooth running programme please submit your presentation no later
than 2 hours before the session with your presentation will start. You will have the
opportunity to view and/or edit your presentation. Professional staff and equipment
will be available for you to arrange and preview your presentation.
For submission, please use an USB flash drive, CD or DVD disc which must not be protected with software.
Speaking Time
Please prepare your presentation for the allotted amount of time. Session chairs are
asked to interrupt you, in case that you should exceed your time limit. Speaking time
is assigned as follows (speaking + discussion time):
1. Plenary talks
2. Invited talks
3. Regular talks
18 Programme
45+15 minutes
30+10 minutes
15+5 minutes
Information for Presenters
Posters
All posters are divided in 2 groups including the topics of the Microsymposia:
Group 1: 1, 5, 7, 9, 12, 15, 17 (see also on page 79ff)
Group 2: 3, 4, 6, 10, 11, 14, 15, 18, 19 (see also on page 91ff)
The session for group 1 will be held on 6 September from 14.00–16.00 in the K1+2. The
session for group 2 will be held on 8 September from 14.00–16.00 in the K1+2. The
Poster presenters are asked to be present during their poster sessions.
Poster size must not exceed either DIN A0 (841 width x 1189 height mm) or Arch E (36
x 48 inch; 914 x 1219 mm), the poster boards are 1200 x 1500 mm. The posters should
not be laminated. Mounting materials will be provided on-site.
All poster boards will be labelled with a poster number. You will find your poster number in the programme book on page 79–102. For group 1 posters should be pinned on
Sunday, 4 September until 18.00 and removed on Tuesday, 6 September until 18.00.
For group 2 posters should be pinned on Wednesday, 7 September until 18.00 and
removed on Friday, 9 September until 12.00. Please adhere to this schedule. Posters
that have not been removed by that time will be considered as waste.
E-Poster
Furthermore, we are pleased to announce that we will provide you with the opportunity
to show your poster as e-poster all days of the congress.
Best Student Poster Prize
The two Best Student Poster Prizes will be sponsored by Taylor & Francis with a subscription for the High Pressure Research Journal. The prizes presentation ceremony will
be held during the Closing Ceremony. All students who would like to participate in the
competition can get a sticker at the Registration Desk to mark their posters.
Best Image Contest “Art in Science”
At the EHPRG 2016 three prizes will be awarded for impressive images (microscope
or any other images related to the high-pressure research) of scientific and/or artistic
value. The award presentation ceremony will be held during the Closing Ceremony.
The best 3 images will be shown on easels during the whole time of the conference.
Legend to the Scientific Programme
Names in bold indicate the plenary speakers. Names in italic and underlined indicate
the invited speakers. Presenting authors are underlined.
Name
Name
Name
Plenary speaker
Invited speaker
Presenting author
Programme
19
List of Exhibitors
We thank the following companies for their special support:
Industrial Exhibitors
Almax easyLab bvba (Diksmuide/BE)
attocube systems AG (München/DE)
CamCool Research Limited (Cambridge/GB)
chemPUR
Feinchemikalien undForschungsbedarf GmbH
(Karlsruhe/DE)
Linseis Messgeräte GmbH (Selb/DE)
MAXIMATOR GmbH (Nordhausen/DE)
Micro Support Co., Ltd. (Shizuoka/JP)
NOVA SWISS (Cesson/FR)
www.novaswiss.com
SARL BETSA (Nangis/FR)
Technodiamant BvbA (Herenthout/BE)
Industrial Sponsors
Bruker AXS (Karlsruhe/DE)
Princeton Instruments (Trenton, NJ/US)
SITEC-Sieber Engineering AG (Maur/CH)
Scientific Sponsors
Deutsche Forschungsgemeinschaft (Bonn/DE)
State at printing
20 Programme
Did you
Know?
Conventus is the Professional
Congress Organiser of the
54th EHPRG* Meeting
*European High Pressure Research Group
Plenary Lecture • Robert C. Liebermann
Department of Geosciences, Stony Brook University, Stony Brook, NY/US
and Mineral Physics Institute, Stony Brook University, Stony Brook, NY/US
Monday, 5 September 2016, 09.00, Great Hall K9
Biographical sketch
After obtaining an undergraduate degree at the California Institute of Technology
[1964-Advisor: Don Anderson] and a graduate degree in Columbia University [1969-Advisor: Orson Anderson] in geophysics, Bob joined the research faculty of the Department of Geophysics & Geochemistry [later the Research School of Earth Sciences] of
the Australian National University. During the following 6 years, he built an ultrasonics
laboratory and collaborated with A. E. (Ted) Ringwood on measuring sound velocities
of high-pressure phases of mantle minerals. In 1976, he moved back to the U. S. to a
faculty position in the Department of Earth and Space Sciences [later the Department
of Geosciences] at Stony Brook University. Over the ensuing 38 years, he developed an
experimental mineral physics program with the close cooperation of Donald Weidner
and Charles Prewitt [and later John Parise]. Highlights of this research program were the
establishment of the first modern multi-anvil, high-pressure laboratory in 1985, which
formed the backbone of the Mineral Physics Institute. The MPI later combined with
Princeton University [Alexandra Navrotsky] and the Geophysical Laboratory [Prewitt] to
form the NSF Science and Technology Center for High Pressure Research [CHiPR: 19912002]. In 2002, CHiPR evolved into the COnsortium for Materials Properties Research in
Earth Sciences [COMPRES], for which Bob served as President from 2003 to 2010, before
returning to full-time faculty duties. He and his family enjoyed two year-long sabbatical
leaves during his years at Stony Brook: 1983-84 in Orsay and Paris, France [with Olivier
Jaoul and Jean-Paul Poirier] and in Tokyo, Japan [with Syuniti Akimoto and Takehiko
Yagi]; 2002-03 in Toulouse, France with Olivier Jaoul] In addition to his research activities, he served in administrative capacities as Deputy Director of the MPI [1987-1996],
Co-Director of CHiPR [1987-2002], Chair of the Department of Geosciences [1997-2000]
and Dean of the College of Arts & Sciences [2000-2002] at Stony Brook. He formally
retired in May 2014, but continues to be active in research and graduate advising as
a Research Professor in the Mineral Physics Institute. In collaboration with Lars Ehm
of Stony Brook and Gabriel Gwanmesia of Delaware State University, Bob initiated a
new diversity program at Stony Brook entitled: “A Career Path for African-American
Students from Historically Black Colleges and Universities to National Laboratories.”
22 Programme
Plenary Lecture • Robert C. Liebermann
Recent Advances in Measurements of Sound Velocities in Minerals by Ultrasonic
Interferometry at High Pressures and Temperatures using Synchrotron
X-radiation
Robert C. Liebermann*1,2, Xuebing Wang1, Ting Chen1, Xintong Qi1, Baosheng Li1,2
of Geosciences, Stony Brook University, Stony Brook, NY, USA
2Mineral Physics Institute, Stony Brook University, Stony Brook, NY, USA
1Department
This paper reviews the progress of the technology of ultrasonic interferometry from
the early 1950s to the present daya. During this period of more than 60 years, sound
wave velocity measurements have been increased from pressures less than 1 GPa and
temperatures less than 350K to conditions above 25 GPa and temperatures of 1800K.
This technique is complimentary to other direct methods to measure sound velocities (such as Brillouin and impulsive stimulated scattering) as well as indirect methods
(e.g., resonance ultrasound spectroscopy, static or shock compression, inelastic X-ray
scattering). Newly developed pressure calibration methods and data analysis procedures using a finite strain approach are described and applied to major mantle minerals for the implication for the composition of the Earth’s mantle. The state-of-the-art
ultrasonic experiments performed in conjunction with synchrotron X-radiation can
achieve simultaneous measurements of the elastic bulk and shear moduli and their
pressure and temperature derivatives with direct determination of pressure. A new
in-situ pressure gauge has been developed using the acoustic travel times of polycrystalline Al2O3 calibrated against Decker NaCl scaleb. Recent examples of such studies
are presented for a synthetic KLB-1 peridotitec and polycrystalline SiO2-coesited and
the current status and outlook/challenges for future experiments are summarized.
References
[1] [email protected] Keywords: Ultrasonic interferometry; Elasticity; Multi-anvil;
Synchrotron radiation
[2] Li, B., and R. C., Liebermann, Study of the Earth’s interior using measurements of sound velocities in
minerals by ultrasonic interferometry, Phys. Earth Planet. Interiors, 233, 135-153. 2014.
[3] Wang, X., T. Chen, X. Qi, Y. Zou, J. Kung, T. Yu, Y. Wang, R. C. Liebermann and B. Li, Acoustic travel
time gauges for in-situ determination of pressure and temperature in multi-anvil apparatus, J. Appl., 118,
065901, 9pp, 2015.
[4] Wang, X., T. Chen, Y. Zou, R. C. Liebermann and B. Li, Elastic wave velocities of peridotite KLB-1 at
mantle pressures and implications for mantle velocity modeling, Geophys. Res. Lett., 41, doi:10.1002/,
2015GL063436, 2015
Programme
23
Plenary Lecture • Ross J. Angel
Department of Geosciences, University of Padova, Via G. Gradenigo 6, Padova/IT
Tuesday, 6 September 2016, 09.00, Great Hall K9
Biographical sketch
Ross J. Angel received his PhD from the University of Cambridge, and held post- doctoral fellowships at the Geophysical Lab (Washington DC) and University College London, before becoming a staff member at the Bayerisches Geoinstitut. He moved in
2001 to Virginia Tech, USA, to become founding director of the university’s crystallography laboratory. Since 2011 he has held several visiting professorships in Germany, Austria and Italy, and is currently a research scientist at the University of Padova, Italy. The focus of his research for the past 30 years has been to determine the
structure-property relationships of key industrial and geological materials through
high-pressure experiments, to provide the basis for rationale materials design and for
understanding geological processes. He has developed and established novel methods for single-crystal X-ray diffraction at extreme conditions in order to characterize
and understand the fundamental relationship between the atomic-scale structures
and properties of materials. The software packages that he has developed for diffractometer control and processing of high-pressure data are distributed freely from the
web site, www.rossangel.net.
24 Programme
Plenary Lecture • Ross J. Angel
New Trends and Recent Achievements in High Pressure Crystallography
Ross J. Angel
Department of Geosciences, University of Padova, Via G. Gradenigo 6, Padova/IT
Equations of state that define the elastic relationship between the volume (or density)
of a material to the applied pressure and temperature are an essential basis for highpressure research. They determine the volume contribution to the free energy of a
material, through the PV term, and thus are essential for the definition of equilibrium
phase diagrams. The past decade has seen impressive improvements in the precision
and accuracy in the determination of equations of state by both diffraction and spectroscopic methods at high pressures, and simultaneous high pressures and temperatures.
However, because equations of state are isotropic descriptions of the response of an
isolated material to isotropic stress they are not the appropriate for describing many
of the situations we address in high-pressure research. For example, in engineering and
the use of building materials, in the pressing of pharmaceuticals into pills, and in the
crust of the Earth, the stresses are very anisotropic. Second, not only is the interaction
between different phases in composite materials the key to the bulk properties, but
the stress distribution between interacting materials can be used to determine the
pressure-temperature history of the material, for example as we have applied to inclusions trapped inside natural diamonds. In principle all of these situations require not
just the equations of state of the materials, but also the full elastic tensor, to be known.
The determination of elastic tensors is much more time-consuming than the determination of bulk moduli by high-pressure diffraction, and full tensors are therefore
often not available. Therefore, a challenge for the future is to find ways to simplify the
analysis to include the essential elastic properties of the systems, and thus provide
practical tools for the analysis of the elastic behaviour of materials under extremes of
pressure and temperature.
My research into the elastic properties of materials is currently supported by ERC starting grant 307322 to Fabrizio Nestola (Padova) and by the MIUR-SIR grant “MILE DEEp”
(RBSI140351) to M. Alvaro (Pavia).
Programme
25
Plenary Lecture • Moshe Paz-Pasternak
The High-Pressure Group, School of Physics and Astronomy
Tel Aviv University, Tel Aviv/IL
Wednesday, 7 September 2016, 09.00, Great Hall K9
Biographical sketch
Education
B.Sc. in Physics, Technion, 1960
M.Sc. in Physics, Technion, 1963
Ph.D. in Physics, Feinberg Graduate School, Weizmann Institute, 1967
Academic Appointments
Professor Emeritus Physics, 2008-Present
Post-doc University of Illinois, Urbana, 1968-1970
Senior Lecturer 1970, Associate Prof. 1976, Full Prof. 1983, Tel Aviv University
Rutgers, NJ, summers 1974-1980
Visiting Professor, Sabbatical, University of California, Santa Barbara, 1976-1977
Visiting Professor, Sabbatical, Catholic University Leuven, Belgium, 1982-1983
Visiting Scientist, Los Alamos, National Laboratory, NM, 1983-1984
Consultant, Los Alamos, National Laboratory, NM, summers, 1984-Present
Visiting Professor, Sabbatical, University of California, Berkeley, 1989-1990
Visiting Professor, Osaka University, Spring 1993
Visiting Professor, Max Planck Institute, Stuttgart, summers of 1995-1997
Israeli Academy of Science, Member of the Synchrotron Committee, 1989-Present
SESAME, Council member, 2000-Present
Israeli member of the European High Pressure Group (EHPRG), 2014-Present
Research
Pressure-induced first- and second-order structural phase transitions, V(P) equations
of state, elastic properties and order-disorder transitions (amorphization); Phase
transitions of magnetic insulators (Mott insulators) and the effect of the collapse of
d-d correlations (Mott-Hubbard transition) and spin-crossover upon the molar volume and bulk modulus. Phase transitions of energetic materials at high-pressure and
high-temperature conditions.
26 Programme
Plenary Lecture • Moshe Paz-Pasternak
Pressure-induced spin crossover and Mott-Hubburd transitions in ferric oxides
Moshe Paz-Pasternak
The High-Pressure Group, School of Physics and Astronomy, Tel Aviv University, Tel Aviv/IL
Electronic/magnetic transitions and their structural consequences in Fe-based Mott
insulators at very high density are the main issue of this talk. It focuses on our previous and ongoing experimental high-pressure studies employing: (i) diamond anvils
cell, (ii) synchrotron X-ray diffraction, (iii) 57Fe, MFeO3, CaFe2O4 Mössbauer spectroscopy, (iv) electrical resistance, and (v) X-ray absorption spectroscopy. It is shown that
applying pressure to such strongly correlated systems leads to drastic changes; including, spin crossover, inter-valence charge transfer, insulator-to-metal transition,
moment collapse, and volume reduction. These changes may occur simultaneously
or sequentially. Any of these may be accompanied by or be evolved from structural
phase transition due to change of crystal symmetry. Analyzing this rich variety of phenomena, we depict the main scenarios, which such strongly correlated systems may
undergo on its way to a correlation breakdown, namely the Mott transition. Recent
results for MFeO3 (M = Fe, Ga, Lu, Eu, Pr) and CaFe2O4 ferric oxides and Li-ferrites Mott
insulators are presented.
Programme
27
Plenary Lecture • Hubert Huppertz
Institute for General, Inorganic and Theoretic Chemistry
University of Innsbruck, Innsbruck/AT
Thursday, 8 September 2016, 09.00, Great Hall K9
Biographical sketch
Hubert Huppertz studied chemistry at the University of Bayreuth receiving his doctorate in the group of Wolfgang Schnick in the field of solid-state syntheses of new
nitridosilicates. In 1998, he started his habilitation at the University of Munich (LMU)
establishing a high pressure laboratory. In the year 2008, he was appointed as full
professor at the University of Innsbruck holding the chair for inorganic and general
chemistry. His research interests cover exploratory solid-state chemistry under ambient and high-pressure conditions.
Modern High Pressure Chemistry
Hubert Huppertz
Institute for General, Inorganic and Theoretic Chemistry, University of Innsbruck, Innsbruck/AT
The discovery of new polymorphs of known chemical compounds is an important field
in solid state chemistry mainly investigated via low- and high-temperature investigations under ambient pressure conditions. Taking into account the additional parameter
pressure, this field of research can be extended by giving access to a variety of highpressure polymorphs of elements or compounds. Further enhancement is realized
by the syntheses of a variety of new metastable solid state compounds with compositions, which are exclusively accessible under high-pressure conditions. Therefore,
this synthetic way is one of the most promising approaches for the discovery of new
materials. The developments of the last decade impressively show that high-pressure
solid state chemistry enjoys an increasing popularity due to the fact that more and
more laboratories possess the experimental possibilities to perform syntheses under
such extreme conditions.
This presentation will give some insights in a multitude of new synthetic achievements
in solid state chemistry, which were performed under high-pressure conditions.
28 Programme
Plenary Lecture • Renata M. M. Wentzcovitch
Department of Chemical Engineering and Materials Science
University of Minnesota, Minneapolis, MN/US
Friday, 9 September 2016, 09.00, Great Hall K9
Biographical sketch
Renata M. M. Wentzcovitch is a Professor of Materials Science and Engineering in the
Department of Chemical Engineering and Materials Science at the University of Minnesota. She is a member of the graduate faculties in the School of Physics and Astronomy,
Department of Earth Sciences, Chemical Physics Program, and Scientific Computation
Program, where she is Director of Graduate Studies. Originally from Brazil, she holds
a PhD in Condensed Matter Physics from UC-Berkeley. She has been a regular visiting
professor at the International School for Advanced Studies (SISSA), Trieste (IT) since
1998, and at Tokyo Institute of Technology since 2002. Over the past two decades her
research has been focused primarily on Earth and planetary materials with special
emphasis on acoustic/seismic properties of minerals including those containing iron
and undergoing spin state crossovers. She is a fellow of APS, AGU, MSA, AAAS, and
American Academy of Arts and Sciences. She has received the Senior US Scientist
Award of Humboldt Foundation and the 2016 Wilhelm Heraeus visiting professorship
from University of Frankfurt.
New Trends and Recent Achievements in Theoretical High Pressure Research
Renata M. M. Wentzcovitch
Department of Chemical Engineering and Materials Science, University of Minnesota, Minneapolis, MN/US
Practical computational methods to addressing the electronic structure of strongly
correlated materials have contributed discoveries and new views to mineral physics,
condensed matter, and materials science. In this talk I will discuss recent ab initio high
pressure studies of transition metal oxides. Mineral physics applications are making an
impact in geophysics, controlled pressure calculations in correlated perovskite oxides
are offering fresh insights on fundamental aspects of complex phenomena in these
materials, while calculations involving non-hydrostatic stresses are leading to the prediction and design of novel properties in these materials.
Programme
29
EHPRG Award Lecture 2016 • Marius Millot
Lawrence Livermore National Laboratory, Livermore, CA/US
Wednesday, 7 September 2016, 12:00, Great Hall K9
Recreating planetary interiors in the laboratory with advanced
dynamic compression
Deep inside planets, extreme density, pressure and temperature strongly modify the
properties of the constituent materials. In conjunction with numerical simulations,
experimental constraints on phase transformations and how they affect thermodynamic and transport properties at interior conditions are crucial to determine a planet’s
internal structure and evolution.
Laser-driven dynamic compression can easily reach the multi-megabar range typical
of the pressure existing deep inside large planets and exoplanets, but large entropy
creation during single-shock compression results in large shock-heating which limits
the range of pressure achievable while keeping the temperature below 5000-10000 K.
The versatility of large lasers can now be exploited to design advanced shock compression schemes that allow us to probe thermodynamic states other than the pressure/
temperature conditions obtained in a single-shock experiment (Hugoniot), therefore
opening to the possibility of tackling fundamental questions on the behavior of planetary relevant materials at extreme conditions.
Coupling static compression and shocks gives access to well-defined thermodynamical states at higher density than along the principal Hugoniot that can be probed with
ultrafast optical diagnostics to reveal structural phase transitions and changes in the
optical properties. I will discuss recent experimental results on the melting line of silica,
the optical properties of superionic water and the metalization of deuterium near the
predicted Plasma-Phase-Transition (PPT) to illustrate the benefits of coupling static
and dynamic compression.
An alternative way to reproduce planetary interior conditions in the laboratory is to
precisely tune the temporal shape of the compression laser pulses to launch series of
shocks of increasing amplitude into a thin layer of sample placed between two anvils
made of stiffer material such as copper, lithium fluoride or diamond. I will describe
how the resulting compression by a series of shock wave reverberations was used at
the National Ignition Facility to study deuterium optical properties near the PPT, and at
the Omega Laser Facility to unravel signatures of a new phase of superionic water ice.
Prepared by LLNL under Contract DE-AC52-07NA27344. LLNL-CONF-694318
30 Programme
EHPRG Award Lecture 2016 • Sylvain Petitgirard
Bavarian Research Institute of Experimental Geochemistry and Geophysics (BGI),
University of Bayreuth, Bayreuth/DE
Wednesday, 7 September 2016, 12.30, Great Hall K9
Density of silicate glasses and melts to extreme
conditions of pressure
Measuring the density of non-crystalline matter, such as glasses and liquids to extreme conditions of pressures remains challenging, especially when the samples are
composed of Low-Z elements. The weak interaction with X-rays as well as the poor
diffuse scattering form such disordered structures prohibit the use of classical technique such as diffraction and require a dedicated experimental set-up. To alleviate
the lack of data on low scattering non-crystalline silicates, we have adapted the X-ray
absorption technique to the small sample environment of the Diamond Anvil Cell.
The method enables us to measure density of glasses, liquids and potentially melts to
unprecedented pressures. At beamline ID13 (ESRF, France) we measured the density
of MgSiO3 and SiO2 glasses, up to core-mantle boundary pressure (130 GPa) and 90
GPa respectively.
We discovered that MgSiO3 and SiO2 glasses (300 K) are as dense, within the uncertainties, as their crystalline counterpart phases at the pressure of the lowermost mantle
above the core-mantle boundary. Our experimentally determined densities for MgSiO3 glass are much higher than those measured previously using Brillouin spectroscopy but agree with densities calculated with ab initio molecular dynamic simulations.
Taking into account that iron will partition preferentially into the melt phase, we conclude that melting in the MgSiO3-FeSiO3 system will produce magmas that are denser
than the residual solids, regardless of the exact nature of iron partitioning. The ironrich silicate melts will likely accumulate on top of the core, enabling the formation of
a deep basal magma ocean concomitant with the late accretion stage of the Earth.
(For credits to all contributors to this work and references, please see the full abstract
in the abstract file supplied on an USB in the conference bags on-site.)
Programme
31
Programme Overview • Chairs-Speakers
Sunday, 4 September 2016
Great Hall K9
Monday, 5 September 2016
Room K3
Great Hall K9
Room K5
Room K6
Room K7
08.45–09.00
Opening Ceremony
09.00–10.00
P. Loubeyre
Plenary Lecture
Robert C. Liebermann
10.20–12.20
10.20–12.20
10.20–12.20
10.20–12.20
MS 15A
MS 5A
MS 8A
MS 14A
V. B. Prakapenka
D. P. Kozlenko
S. Klotz
J. M. A. Saraiva
C. Prescher
C. Tulk
E. Greenberg
T. S. Duffy
M. Guthrie
V. Cerantola
N. Brooks
F. Beijina
E. Lukin
F. Maeda
R. Hazael
T. Irifune
T. Hattori
D. Vasiukov
J. M. A. Saraiva
A. Serovaiskii
J. A. Rodriguez-Velamazan C. Weis
F. Meersmann
14.00–16.00
14.00–16.00
14.00–16.00
14.00–16.00
MS 15B
MS 5B
MS 8B
MS 9A
T. Irifune
D. P. Kozlenko
F. Rodriguez Gonzalez
A. I. Chumakov
16.00–18.00
EHPRG Commitee
Meeting
18.00–21.00
Welcome Reception
in the industrial exhibition
M. Guthrie
A. Goncharov
S. Klotz
I. A. Abrikosov
C. Weigel
Y. Litvin
R. Boehler
A. Friedrich
B. Haberl
A. Hermann
C. Bull
J. Rouquette
J. Zaug
S. Rashchenko
J. Qian
J. Ebad-Allah
R. Boehler
F. Alabarse
F. Wilhelm
E. Uykur
S. Starzonek
E. Mukhina
C. Ridley
16.20–19.00
16.20–19.00
16.20–19.00
16.20–19.00
MS 15C
MS 7
MS 14B
MS 9B
T. Yagi
M. Paz-Pasternak
E. Boldyreva
C. Weigel
V. Stuzhkin
A. I. Chumakov
A. Katrusiak
V. V. Brazhkin
Y. Wang
I. Kupenko
F. P. A. Fabbiani
C. Pruteanu
Z. Liu
R. S. Manna
I. Rietveld
N. Zagrtdenov
B. Joseph
E. Pugh
N. Schrodt
G. Serghiou
R. Caracas
H. Wilhelm
I. Hernandez
G. W. Lee
A. Sano-Furukawa
B. Lebert
B. Zakharov
E. Kulik
D. Zimmer
32 Programme
C. Rauh
V. Degtyareva
S. Konar
Tuesday, 6 September 2016
Great Hall K9
Room K5
Room K6
Wednesday, 7 September 2016
Room K7
09.00–10.00
Great Hall K9
Room K5
Room K6
Room K7
09.00–10.00
W. B. Holzapfel
K. Syassen
Plenary Lecture
Ross John Angel
Plenary Lecture
Moshe PazPasternak
10.20–12.20
10.20–12.20
10.20–12.20
10.20–12.20
10.20–11.40
10.20–11.40
10.20–11.40
10.20–11.40
MS 1A
MS 18A
MS 11A
MS 12A
MS 16
MS 2
MS 3A
MS 18C
A. Friedrich
A. F. Goncharov
H. Huppertz
M. Abd-Elmeguid
P. Loubeyre
V. Dmitriev
K. Kamenev
M. I. McMahon
E. Bykova
R. S. McWilliams U. Häussermann D. Khomskii
T. Yagi
M. Bykov
S. Friedemann R. Redmer
C. Langrand
S. Sinogeikin
D. Laniel
G. Hearne
A. Dewaele
I. Loa
E. Stavrou
M. Millot
S. Merkel
S. Pascarelli
A. Dewaele
D. P. Kozlenko
L. Dubrovinsky
I. Collings
J. Zaug
P. M. Celliers
A. Palhomova
R. Torchio
H. Gou
H. Takahashi
11.45–13.30
J. S. Loveday
G. Aprillis
N. A. Gaida
S. Klotz
General Assembly
M. Millot
12.20–12.40
HP Community Photo
S. Petitgitard
A. Katrusiak
14.00–16.00
14.00–16.00
Discussion
Session
High-pressure
neutrons in the
next decade
M. Guthrie
J. S. Loveday
14.00–18.45
Poster Session 1 in Room K1+2
Topics 1, 7, 9, 12, 15, 17
16.20–19.00
16.20–19.00
16.20–19.00
16.20–19.00
MS 1B
MS 18B
MS 17
MS 12B
J. S. Loveday
T. S. Duffy
R. Boehler
K. Syassen
W. B. Holzapfel R. G. Kraus
M. Mezouar
J. S. Schilling
E. Stavrou
R. Briggs
G. Aquilanti
G. Wortmann
V. Svitlyk
F. Coppari
G. Morard
M. Vališka
I. Kruglov
W. Nellis
S. Boccato
A. Huxley
O. Barkalov
J. Wicks
G. Weck
M. Grosche
B. Kulnitskiy
M. Gorman
K. Fuchizaki
F. Rodríguez-Gonzalez
J. Gonzalez
J. Zaug
J.-A. Queyroux
Programme
33
Thursday, 8 September 2016
Great Hall K9
Room K5
Room K6
Friday, 9 September 2016
Room K7
09.00–10.00
Great Hall K9
Room K5
Room K6
Room 7
09.00–10.00
K. Friese
S. K. Saxena
Plenary Lecture
Hubert
Huppertz
Plenary Lecture
Renata M. M.
Wentzcovitch
10.20–12.20
10.20–12.20
10.20–12.20
10.20–12.20
10.20–12.20
10.20–12.20
10.20–12.20
10.20–12.20
MS 6A
MS 4A
MS 3B
MS 1C
MS 20
MS 19B
MS 4B
MS 10B
G. Rozenberg
Z. Konopkova
S. Sinogeikin
M. Bykov
A. Dewaele
S. Frost
S. Pascarelli
L. V. Pourovski
M. Eremets
K. Appel
M. Kepa
J. Proctor
Y. Filinchuck
R. Caracas
F. Gorelli
C. Pierleoni
G. Garbarino
M. Hanfland
A. Machikhin
V. Monteseguro-Padrón
S. Besedin
I. Efthimiopoulos Y. Wang
I. Leonov
S. Layek
V. Prakapenka
T. Meier
D. Mast
P. Loubeyre
R. Abe
M. Stekiel
T. Ishikawa
S. Medvedev
B. Joseph
M. Schwarz
C. Neun
C. Zha
J.-A. Queyroux
P. Jorba
A. Mafety
S. Buga
G. Garbarino
E. Yahel
I. Chuvashova
T. Schlothauer
R. Smith
O. Matthies
C. Woodall
12.20–12.40
Closing Ceremony
14.00–16.00
Poster Session 2 in Room K1+2
Topics 3, 4, 6, 10, 11, 14, 15, 18, 19
16.20–18.20
16.20–18.20
16.20–18.20
16:20-18:20
MS 6B
MS 19A
MS 11B
MS 10A
G. Garbarino
B. Winkler
Y. Wang
I. A. Abrikosov
M. J. Coak
M. Merlini
S. Merkel
W. B. Holzapfel
Z. Konopkova
S. Chariton
J. Jeanneau
L. Pourovskii
A. Kusmartseva C.-J. Fruhner
M. Isobe
K. Aoki
C. R. S. Haines
J. Müller
I. Yamadad
P. Teeratchanan
I. S. Lyubutin
M. Stekiel
M. Schmitt
O. Pagès
A. Bergara
34 Programme
D. Cebulla
Programme Overview • Monday, 5 September 2016
Plenary Talk
Chairs
Time
Room
Speaker
PL 1 Recent Advances in Measurements of Sound
Velocities in Minerals by Ultrasonic
Interferometry at High Pressures and
Temperatures using Synchrotron X-radiation
Paul Loubeyre
(Bruyères-le-Châtel/FR)
09.00–10.00
Great Hall K9
Robert Liebermann
(Stony Brook, NY/US)
Micro Symposia
Chairs
Time
Room
Invited Speakers
5A
Denis P. Kozlenko
(Dubna/RU)
10.20–12.20
Room K5
Chris Tulk
(Oak Ridge, TN/US)
Denis P. Kozlenko
(Dubna/RU)
Malcolm Guthrie
(Lund/SE)
14.00–16.00
Room K5
Moshe Paz-Pasternak
(Tel Aviv/IL)
16.20–19.00
Room K5
Aleksandr I. Chumakov
(Grenoble/FR)
Stefan Klotz
(Paris/FR)
10.20–12.20
Room K6
Eran Greenberg
(Argonne, IL/US)
Fernando Rodríguez Gonzalez 14.00–16.00
(Santander/ES)
Room K6
Aleksandr I. Chumakov
(Grenoble/FR)
14.00–16.00
Room K7
Coralie Weigel
(Montpellier /FR)
16.20–19.00
Room K7
Vadim V. Brazhkin
(Troitsk, Moscow/RU)
Elena Boldyreva
(Novosibirsk/RU)
16.20–19.00
Room K6
Andrzej Katrusiak
(Poznań/PL)
Jorge M. A. Saraiva
(Aveiro/PT)
Filip Meersman
(London/GB)
10.20–12.20
Room K7
Cornelia Rauh
(Berlin/DE)
Nick Brooks
(London/GB)
Vitali B. Prakapenka
(Argonne, IL/US)
10.20–12.20
Great Hall K9
Clemens Prescher
(Cologne/DE)
Tetsuo Irifune
(Matsuyama/JP)
14.00–16.00
Great Hall K9
Takehiko Yagi
(Tokyo/JP)
16.20–19.00
Great Hall K9
Time
Room
Speaker
08.45–09.00
Great Hall K9
Leonid Dubrovinsky
Natalia Dubrovinskaia
(Bayreuth/DE)
Konstantin Kamenev
(Edinburgh/GB)
5B
Novel high-pressure instrumentation at largescale facilities: neutrons
7
Magnetism at extreme conditions
8A
8B
Electronic transitions at high degree of
compression
9A
9B
Non-crystalline state at high pressure
14B
High pressure bio-, life and food sciences/
14A Pharmaceutical and organic compounds
15A
15B
15C
Opening Ceremony
36 Programme
Scientific Programme • Monday, 5 September 2016
08.45–09.00 Opening Ceremony
Room
Great Hall K9
09.00–10.00 PL1 – Plenary Lecture 1
Room
Great Hall K9
Chair
Paul Loubeyre (Bruyères-le-Châtel/FR)
09.00
Recent Advances in Measurements of Sound Velocities in Minerals
by Ultrasonic Interferometry at High Pressures and Temperatures
using Synchrotron X-radiation
Robert C. Liebermann (Stony Brook, NY/US)
10.00–10.20 Coffee Break in the industrial exhibition
10.20–12.20 MS 15A – High pressure mineral physics and geochemistry
Room
Great Hall K9
Chair
Vitali B. Prakapenka (Argonne, IL/US)
10.20
Structure of silicate glasses up to 172 GPa
Clemens Prescher (Cologne/DE; Chicago, IL/US)
11.00
O 15.1
Crystal structure of MgO along the shock Hugoniot
Thomas S. Duffy, June K. Wicks (Princeton, NJ/US)
Raymond F. Smith, Richard G. Kraus (Livermore, CA/US)
Federica Coppari (Livermore, CA/US)
Matthew Newman (Pasadena, CA/US)
Jon H. Eggert (Livermore, CA/US)
11.20
O 15.2
Deformation of polyphase aggregates, forsterite+MgO, at high
pressures and temperatures
Frederic Bejina, Misha Bystricky (Toulouse/FR)
Jannick Ingrin (Villeneuve d’Ascq/FR), Liping Wang (Las Vegas, NV/US)
11.40
O 15.12
Ultrahigh-pressure synthesis and characterization of transparent
nano-polycrystalline silicate garnet
Tetsuo Irifune, Koji Kawakami, Takeshi Arimoto, Hiroaki Ohfuji
Takehiro Kunimoto, Toru Shinmei (Matsuyama/JP)
Programme
37
12.00
O 15.4
Iron carbide and iron hydride from hydrocarbons during slab suduction
Aleksandr Serovaiskii (Moscow/RU; Stockholm/SE)
Elena Mukhina (Stockholm/SE; Moscow/RU)
Anton Kolesnikov (Moscow/RU), Leonid Dubrovinsky (Bayreuth/DE)
Vladimir Kutcherov (Moscow/RU; Stockholm/SE)
10.20–12.20
Room
Chair
MS 5A – Novel high-pressure instrumentation at large-scale facilities:
neutrons
K5
Denis P. Kozlenko (Dubna/RU)
10.20
High Pressure Neutron Scattering at Oak Ridge National Laboratory
Chris Tulk (Oak Ridge, TN/US)
11.00
O 5.1
High pressure science at the European spallation source
Malcolm Guthrie, Arno Hiess (Lund/SE)
Werner Schweika (Jülich/DE; Lund/SE)
Reinhard Boehler (Washington D.C./US)
Jamie Molaison, Antonio Moreira dos Santos, Chris Tulk
Bianca Haberl (Oak Ridge, TN/US), Craig Bull (Didcot/GB)
Nicholas Funnell (Didcot/GB), John S. Loveday, Konstantin Kamenev
Mary-Ellen Donnelly, Ciprian Pruteanu (Edinburgh/GB)
Stefan Klotz (Paris/FR)
11.20
O 5.2
High-pressure neutron diffraction under extreme conditions at the
IBR-2 reactor: recent developments
Evgeniy Lukin, Denis P. Kozlenko, Sergey Kichanov
Boris Savenko (Dubna/RU)
11.40
O 5.3
High-pressure neutron beamline PLANET at pulsed neutron source at
J-PARC
Takanori Hattori (Ibaraki/JP), Asami Sano-Furukawa (Tokai/JP)
Hiroshi Arima (Sendai/JP), Kazuki Komatsu (Tokyo/JP)
Ken-ichi Funakoshi (Tokai/JP), Jun Abe, Shin-ichi Machida
Kei-ichi Ouchi, Nobuo Okazaki (Ibaraki/JP)
12.00
O 5.4
The new extreme conditions neutron diffractometer at ILL: XtremeD
J. Alberto Rodriguez-Velamazan (Zaragoza/ES)
Giuliana Manzin (Grenoble/FR), Javier Campo (Zaragoza/ES)
38 Programme
10.20–12.20
Room
Chair
10.20
11.00
O 8.1
11.20
O 8.2
MS 8A – Electronic transitions at high degree of compression
K6
Stefan Klotz (Paris/FR)
11.40
O 8.3
Pressure-induced spin pairing transition in trivalent iron octahedrally
coordinated by oxygen
Denis Vasiukov, Elena Bykova (Bayreuth/DE)
Ilya Kupenko (Grenoble/FR; Münster, Bayreuth/DE)
Leyla Ismailova (Bayreuth/DE)
Valerio Cerantola (Bayreuth/DE; Grenoble/FR), Georgios Aprilis
Catherine McCammon (Bayreuth/DE)
Aleksandr I. Chumakov (Grenoble/FR)
Eran Greenberg (Argonne, IL/US)
Vitali B. Prakapenka (Argonne, IL/US), Leonid Dubrovinsky
Natalia Dubrovinskaia (Bayreuth/DE)
12.00
O 8.4
Pressure-induced spin transition of Fe2+ in magnesio-siderite solid
solution and siderite studied by x-ray Raman scattering
Christopher Weis, Christian Sternemann (Dortmund/DE)
Valerio Cerantola (Bayreuth/DE; Grenoble/FR)
Christoph J. Sahle (Grenoble/FR), Yury Forov (Dortmund/DE)
Georg Spiekermann (Potsdam, Hamburg/DE)
Hendrik Rahmann (Dortmund/DE), Max Wilke (Potsdam/DE)
Metin Tolan (Dortmund/DE)
Pressure-induced multi-stage electronic transitions in Fe³+ oxides
Eran Greenberg (Argonne, IL/US)
Local structure and spin transition in Fe2O3 hematite at high pressure
Andrea Sanson (Padova/IT)
Innokenty Kantor (Grenoble/FR; Kongens Lyngby/DK)
Valerio Cerantola ((Bayreuth/DE; Grenoble/FR)
Tetsuo Irifune (Matsuyama/JP), Alberto Carnera (Padova/IT)
Sakura Pascarelli (Grenoble/FR)
Pressure-induced electronic change of iron in complicated silicate
glasses
Fumiya Maeda, Seiji Kamada (Sendai/JP)
Eiji Ohtani (Sendai, Miyagi/JP; Novosibirsk/RU)
Tatsuya Sakamaki (Sendai/JP), Naohisa Hirao, Takaya Mitsui (Sayo/JP)
Ryo Masuda (Osaka/JP), Satoshi Nakano (Tsukuba/JP)
Programme
39
10.20–12.20
Room
Chairs
MS 14A – High pressure bio-, life and food sciences/Pharmaceutical
and organic compounds
K7
Jorge M. A. Saraiva (Aveiro/PT), Filip Meersmann (London/GB)
10.20
11.00
Process induced relaminarization during high pressure processing
Cornelia Rauh (Berlin/DE)
Triggering dynamic structural changes in lipid membranes
Nick Brooks (London/GB)
11.40
O 14.1
Bacterial survival following shock compression in the GigaPascal range
Rachael Hazael (London/GB), Brianna Fitzmaurice (Swindon/GB)
Fabrizia Foglia (London/GB), Gareth Appleby-Thomas (Swindon/GB)
Paul F. McMillan (London/GB)
12.00
O 14.2
Process stability of Listeriophage P100 towards high pressure processing
Norton Komora (Porto/PT), Sónia M. Castro (Aveiro, Porto/PT)
Carolina Bruschi, Vânia Ferreira, Paula Teixeira (Porto/PT)
Jorge M. A. Saraiva (Aveiro/PT)
12.20–14.00 Lunch Break in the industrial exhibition and in the restaurant
14.00–16.00
Room
Chair
14.00
O 15.5
14.20
O 15.6
40 Programme
MS 15B – High pressure mineral physics and geochemistry
Great Hall K9
Tetsuo Irifune (Matsuyama/JP)
Novel stable Xe compounds of Fe and Ni at the pressure-temperature
conditions of the Earth’s core
Alexander F. Goncharov (Washington D.C./US)
Elissaios Stavrou (Livermore, CA/US)
Sergey Lobanov (Washington D.C./US), Joseph M. Zaug
Zurong Dai (Livermore, CA/US), Yansun Yao (Saskatoon, SK/CA)
Hanye Liu (Washington D.C./US)
Origin of lower-mantle diamonds and associated minerals
Yuriy Litvin, Anna Spivak (Chernogolovka/RU)
Leonid Dubrovinsky (Bayreuth/DE)
14.40
O 15.7
Phase transitions in Group-I and –II hydroxides under pressure:
predictions and confirmations
Andreas Hermann, Pattanasak Teeratchanan
Ciprian Pruteanu (Edinburgh/GB)
Mainak Mookherjee (Tallahassee, FL/US)
Malcolm Guthrie (Lund/SE), Richard Nelmes
John S. Loveday (Edinburgh/GB), Neil Ashcroft
Roald Hoffmann (Ithaca, NY/US)
15.00
O 15.8
Synthesis of high-pressure MgSi(OH)6 hydroxide perovskite via
decomposition of ‘10Å phase’
Sergey Rashchenko (Novosibirsk/RU), Seiji Kamada (Sendai/JP)
15.20
O 15.9
Nanoconfined water in porous zeolites under extreme conditions
Frederico Alabarse (Paris/FR), Benoît Coasne
Julien Haines (Montpellier/FR), Stefan Klotz, Livia Bove (Paris/FR)
15.40
O 15.10
Solid product of hydrocarbon formation from inorganic minerals
Elena Mukhina (Stockholm/SE; Moscow/RU)
Anton Kolesnikov (Moscow/RU), Leonid Dubrovinsky (Bayreuth/DE)
Vladimir Kutcherov (Moscow/RU; Stockholm/SE)
14.00–16.00
Room
Chairs
14.00
O 5.5
14.20
O 5.6
MS 5B – Novel high-pressure instrumentation at large-scale facilities:
neutrons
K5
Denis P. Kozlenko (Dubna/RU), Malcolm Guthrie (Lund/SE)
High pressure neutron diffraction to beyond 20 GPa and below 1.8 K
using Paris-Edinburgh load frames
Stefan Klotz (Paris/FR), Thierry Strässle (Paris/FR; Villigen/CH)
Blair Lebert (Paris, Gif-sur-Yvette/FR), Matteo d’Astuto (Paris/FR)
Thomas Hansen (Grenoble/FR)
Neutron inelastic scattering with large volume diamond cells
Programme
41
14.40
O 5.7
Neutron total scattering of crystalline materials in the gigapascal
regime
Craig Bull, Helen Playford, Matthew Tucker (Didcot/GB)
15.00
O 5.8
Diamond-silicon carbide and polycrystalline cubic boron nitride
(PcBN) anvils for high pressure neutron diffraction
Jiang Qian, Kenneth Bertagnolli (Orem, UT/US), Shanmin Wang
Luke L. Daemen (Oak Ridge, TN/US)
15.20
O 5.9
Investigation of the magnetism of UGe2 under high pressure with XMCD
Fabrice Wilhelm, Daniel Braithwaite (Grenoble/FR)
Dai Aoki (Grenoble/FR; Ibaraki/JP), Jean-Pierre Sanchez
Jean-Pascal Brison, Francois Guillou, Andrei Rogalev (Grenoble/FR)
15.40
O 5.10
3D laser sintered collimation for neutron diffraction from micro
powder samples
Christopher Ridley, Konstantin Kamenev (Edinburgh/GB)
Oleg Kirichek, Pascal Manuel, Dmitry Khalyavin (Oxford/GB)
14.00–16.00 MS 8B – Electronic transitions at high degree of compression
Room
K6
Chair
Fernando Rodríguez Gonzalez (Santander/ES)
14.00
O 8.5
Theoretical description of pressure induced electronic transitions:
IMT, ETT, CLC
Igor A. Abrikosov (Moscow/RU; Linköping/SE), Marcus Ekholm Qingguo Feng (Linköping/SE)
Leonid V. Pourovskii (Linköping/SE; Palaiseau/FR)
Mikhail I. Katsnelson (Nijmegen/NL)
John M. Wills (Los Alamos, NM/US)
Alexey A. Tal (Moscow/RU; Linköping/SE), Natalia Dubrovinskaia
14.20
O 8.6
Pressure-induced spin transitions in garnets at 45-70 GPa
Alexandra Friedrich (Vienna/AT; Würzburg, Frankfurt a. M./DE)
Monika Koch-Müller (Potsdam/DE)
Wolfgang Morgenroth (Frankfurt a. M./DE)
42 Programme
14.40
O 8.7
Interplay between H-bonding and charge ordering in Fe3(PO4)2(OH)2
barbosalite at high pressure
Jerome Rouquette (Montpellier/FR)
15.00
O 8.8
Signatures for the pressure-induced phase transition in the iridates
A2IrO3 (A = Na, Li) investigated by infrared spectroscopy
Jihaan Ebad-Allah (Tanta/EG; Augsburg/DE), Volker Hermann
Friedrich Freund, Philipp Gegenwart
Christine Kuntscher (Augsburg/DE)
15.20
O 8.9
Pressure-induced superconductivity in iron pnictide superconductor
BaFe2(As1-xPx)2
Ece Uykur (Augsburg/DE), Tatsuya Kobayashi, Wataru Hirata
Shigeki Miyasaka, Setsuko Tajima (Osaka/JP)
Christine Kuntscher (Augsburg/DE)
14.00–16.00 MS 9A – Non-crystalline state at high pressure
Room
K7
Chair
14.00
O 9.4
Polarized Raman spectroscopy of v-SiO2 under rare gas compression
Coralie Weigel, Marie Foret (Montpellier/FR)
14.20
O 9.2
14.40
O 9.9
15.00
O 9.1
Does amorphous germanium exhibit polyamorphism?
Bianca Haberl, Jamie Molaison (Oak Ridge, TN/US)
Malcolm Guthrie (Lund/SE), Joerg Neuefeind
Luke L. Daemen (Oak Ridge, TN/US), Jim S. Williams (Canberra/AU)
Jodie E. Bradby (Canberra/AU)
Reporting on the high pressure thermal decomposition of
2,4,6-triamino-1,3,5-trinitrobenzene (TATB)
Joseph M. Zaug, Elissaios Stavrou
Jonathan Crowhurst (Livermore, CA/US)
Permanent structural changes of glassy carbon after compression in
a diamond-anvil-cell
Thomas Shiell (Canberra/AU), Dougal McCulloch (Melbourne/AU)
Jodie Bradby (Canberra/AU), Bianca Haberl (Oak Ridge, TN/US)
David McKenzie (Sydney/AU)
Programme
43
15.20
O 9.5
Impact of high pressure on glass-forming soft matter nanocomposiates
Szymon Starzonek, Emilia Pawlikowska, Michał Zalewski
Sylwester J. Rzoska (Warsaw/PL)
15.40
O 9.6
Electronic origin of melting T-P curves for alkali metals with flat,
negative slope and minimum
Valentina Degtyareva (Chernogolovka/RU)
16.20–19.00
Room
Chair
16.20
O 15.11
MS 15C – High pressure mineral physics and geochemistry
Great Hall K9
Takehiko Yagi (Tokyo/JP)
16.40
O 15.3
17.00
O 15.13
Understanding transformational faulting as a deep focus earthquake mechanism: Correlating in-situ acoustic emission locations at high
pressure and temperature with post-mortem fault imaging using
synchrotron X-Ray microtomography
Yanbin Wang, Feng Shi (Argonne, IL/US)
Lupei Zhu (Saint Louis, MO/US) Tony Yu (Stony Brook, NY, Argonne, IL/US)
Mark Rivers (Argonne, IL/US), Alexandre Schubnel (Paris/FR)
Nadège Hilairet (Lille/FR), Fabrice Brunet (Grenoble/FR)
44 Programme
Phase diagram of hydrides of iron at pressures up to 200 GPa
Viktor Struzkhin (Washington D.C./US), DuckYoung Kim (Shanghai/CN)
Zachary Geballe, Jianjun Ying (Washington D.C./US)
Tomasz Jaroń (Washington, D.C./US; Warsaw/PL)
Alexander Gavriliuk (Moscow, Troitsk/RU)
Ivan A. Troyan (Moscow/RU)
Phase relations in the system MgSiO3-Al2O3 in the lower mantle
Zhaodong Liu (Matsuyama/JP; Bayreuth/DE), Tetsuo Irifune
Masayuki Nishi, Yoshinori Tange (Kouto, Matsuyama/JP)
Takeshi Arimoto, Toru Shinmei (Matsuyama/JP), Tomoo Katsura
Takayuki Ishii, Hongzhan Fei, Lin Lin Wang (Bayreuth/DE)
17.20
O 15.14
Combined Ni K-edge x-ray absorption and Raman spectroscopic
Investigation of nickel hydroxide under high pressure
Carlo Marini (Cerdanyola del Valles/ES; Grenoble/FR)
Boby Joseph (Trieste/IT), Simone Caramazza, Francesco Capitani (Rome/IT)
Olivier Mathon, Sakura Pascarelli (Grenoble/FR)
Paolo Postorino (Rome/IT)
17.40
O 15.15
Pyrolite during and in the aftermath of the giant impact
Razvan Caracas (Lyon/FR), Ryuichi Nomura, Kei Hirose (Tokyo/JP)
Maxim Ballmer (Zurich/CH)
18.00
O 15.16
Neutron diffraction experiment on δ-AlOOH and investigation of
symmetrization of hydrogen bond
Asami Sano-Furukawa (Tokai/JP), Takanori Hattori (Ibaraki/JP)
18.20
O 15.17
Thermal expansion of coesite: A synchrotron X-ray diffraction study
from 100 K up to 1000 K
Eleonora Kulik (Hamburg, Bayreuth/DE)
Norimasa Nishiyama (Hamburg/DE)
Shogo Kawaguchi (Hyōgo Prefecture/JP)
Vadim Murzin (Hamburg/DE), Tomoo Katsura (Bayreuth/DE)
18.40
O 15.18
Pressure-induced phase transitions in anilite and digenite
Dominik Zimmer, Wolfgang Morgenroth (Frankfurt a. M./DE)
Javier Ruiz-Fuertes (València/ES)
Lkhamsuren Bayarjargal (Frankfurt a. M./DE)
Claus Mühle (Stuttgart/DE), David Santamaría-Pérez (València/ES)
Björn Winkler (Frankfurt a. M./DE)
Programme
45
16.20–19.00 MS 7 – Magnetism at extreme conditions
Room
K5
Chair
Moshe Paz-Pasternak (Tel Aviv/IL)
16.20
New opportunities for studies of magnetism with Synchrotron
Mössbauer Source at ESRF
17.00
O 7.1
17.20
O 7.2
17.40
O 7.3
Critical temperatures of iron oxides at high pressures
Ilya Kupenko (Grenoble/FR; Münster, Bayreuth/DE), Georgios Aprilis
Denis Vasiukov, Catherine McCammon, Stella Chariton (Bayreuth/DE)
Aleksandr I. Chumakov, Rudolf Rüffer (Grenoble/FR)
18.00
O 7.4
18.20
O 7.5
Exploring the structural, optical, and magnetic properties of Cu2OSeO3
Heribert Wilhelm (Didcot/GB), Fengjiao Qian (Harwell/GB; Delft/NL)
James Poulten (Harwell, Egham/GB), Dominik Daisenberger (Didcot/GB)
Mark Frogley, Gianfelice Cinque (Harwell/GB)
Marcus Schmidt (Dresden/DE), Catherine Pappas (Delft/NL)
46 Programme
Pressure experiments on spin-orbit coupled hyper-honeycomb
β-Li2IrO3
Rudra Sekhar Manna (Augsburg/DE)
High pressure structural study through magnetic quantum critical
point
Emma Pugh (Kent/GB), Lara Sibley (Cambridge/GB)
Noriaki Kimura (Sendai/JP), Sachio Takashima, Masaki Nohara
Hidenori Takagi (Stuttgart/DE), Michael Hanfland (Grenoble/FR)
Search for magnetism in epsilon iron with neutron diffraction and
x-ray emission spectroscopy
Blair Lebert (Paris, Gif-sur-Yvette/FR), James Ablett, Francois
Baudelet (Gif-sur-Yvette/FR), Michele Casula (Paris/FR)
Thomas Hansen (Grenoble/FR), Amelie Juhin, Gilles Le Marchand
Pascal Munsch (Paris/FR), Alain Polian (Paris, Gif-sur-Yvette/FR)
Thierry Strässle (Paris/FR; Villigen/CH)
Zailan Zhang (Paris, Gif-sur-Yvette/FR), Stefan Klotz (Paris/FR)
Jean-Pascal Rueff (Gif-sur-Yvette/FR), Matteo d‘Astuto (Paris/FR)
16.20–19.00
Room
Chair
MS 14B – High pressure bio-, life and food sciences/Pharmaceutical
and organic compounds
K6
Elena Boldyreva (Novosibirsk/RU)
16.20
Anomalous compression of crystals
Andrzej Katrusiak (Poznań/PL)
17.00
O 14.3
17.20
O 14.4
Pressure-responsive organic compounds: Beauty at the lower end of
the high-pressure scale
Francesca P. A. Fabbiani, Rubén Granero-García
Sofiane Saouane (Göttingen/DE)
17.40
O 14.5
18.00
O 14.6
5-aminotetrazole monohydrate up to 51 GPa: pressure-induced
phonon softening and phase transitions
Nadine Schrodt, Wolfgang Morgenroth, Lkhamsuren Bayarjargal
18.20
O 14.7
Role of pressure transmitting media in structural transformations of
molecular crystals at high pressures
Boris Zakharov, Sergey Goryainov, Yurii Seryotkin (Novosibirsk/RU)
Nikolay Tumanov (Louvain-la-Neuve/BE)
The stability hierarchy of trimorphic piracetam solved through
high-pressure analysis
Siro Toscani (Rennes/FR), René Céolin (Paris/FR), Maria Barrio
Josep-Lluis Tamarit (Barcelona/ES), Ivo Rietveld (Paris/FR)
High pressure structural properties of functionalized imidazolium salts
Imanol de Pedro, Abel Garcia-Saiz, Jesus Rodriguez (Santander/ES)
Oriol Vallcorba (Barcelona/ES), Jordi Rius (Bellaterra/ES)
Jairton Dupont, Pedro Migowski (Porto Alegre/BR)
Fernando Rodríguez, Jesus Gonzalez, Ignacio Hernandez (Santander/ES)
Programme
47
18.40
O 14.8
Energetic materials under pressure
Craig Henderson (Edinburgh/GB)
Steve Hunter (Edinburgh/GB; Aberdeen, MD/US), Sumit Konar
Carole A. Morrison (Ediburgh/GB), William G. Marshall
Annette Kleppe (Didcot/GB), Helen Maynard-Casely (Sydney/AU)
Colin R. Pulham (Edinburgh/GB)
16.20–19.00 MS 9B – Non-crystalline state at high pressure
Room
K7
Chair
Coralie Weigel (Montpellier/FR)
16.20
Phase transformations and relaxation in glassy chalcogenides under
high pressure
Vadim V. Brazhkin (Troitsk, Moscow, Dolgoprudny/RU)
17.00
O 9.8
Water and methane: when models fail to explain newly discovered
phenomena
Ciprian Pruteanu, Wilson Poon, Davide Marenduzzo
John S. Loveday (Edinburgh/GB)
17.20
O 9.12
Mid-ocean ridge basalt – serpentinized mantle interaction producing
primary tholeiitic melts is fast-rate
Nail Zagrtdenov (Toulouse/FR)
Anastassia Borisova (Toulouse/FR; Moscow/RU), Michael Toplis
Georges Ceuleneer (Toulouse/FR), Oleg Safonov (Chernogolovka/RU)
Svyatoslav Shcheka (Bayreuth/DE), Vladimir Polukeev
Dmitrii Varlamov (Chernogolovka/RU), Gleb Pokrovski (Toulouse/FR)
Andrew Bychkov (Moscow/RU), Sophie Gouy
Philippe de Parseval (Toulouse/FR)
17.40
O 9.10
Phase relations, reactivity and new materials landscapes in alloys,
nitrides using extreme conditions, X-ray, precession electron
diffraction and electron microscopy
George Serghiou, Nicholas Odling (Edinburgh/GB)
Hans-Josef Reichmann (Potsdam/DE), Gang Ji (Lille/FR)
Chris Jeffree (Ediburgh/GB)
48 Programme
18.00
O 9.7
Pressure-induced liquid-liquid transition in early transition metal Ti
with a positive melting slope
Geun Woo Lee (Daejeon/KR), Byeongchan Lee (Suwon/KR)
Ross Marvin (Suwon/KR; Livermore, CA/US)
Daniel Errandonea (Suwon/KR; Livermore, CA/US; Valencia/ES)
Programme
49
Programme Overview • Tuesday, 6 September 2016
Plenary Talk
Chairs
Time
Room
PL 2 New Trends and Recent Achievements in High Pressure Crystallography
Wilfried B. Holzapfel (Paderborn/DE)
09.00–10.00
Great Hall K9 Ross J. Angel
(Padova/IT)
Micro Symposia
Chairs
Time
Room
Invited Speakers
18A
10.20–12.20
Room K5
R. Stewart McWilliams
(Edinburgh/GB)
Thomas S. Duffy
(Princeton, NJ/US)
16.20–19.00
Room K5
Richard G. Kraus
(Livermore, CA/US)
11A High pressure synthetic chemistry Hubert Huppertz (Innsbruck/AT)
10.20–12.20
Room K6
Ulrich Häussermann
(Stockholm/SE)
17
16.20–19.00
Room K6
Mohamed Mezouar (Grenoble/FR)
Mohsen Abd‐Elmeguid (Cologne/DE)
10.20–12.20
Room K7
Daniel Khomskii (Cologne/DE)
Karl Syassen
(Stuttgart/DE)
16.20–19.00
Room K7
James S. Schilling
(St. Louis, MO/US)
Alexandra Friedrich (Vienna/AT, Würzburg, Frankfurt a. M./DE)
10.20–12.20
Great Hall K9 Elena Bykova
(Bayreuth/DE)
16.20–19.00
Great Hall K9
Time
Room
14.00–16.00
Great Hall K9
Time
Room
12.20‐12.40
ARVENA Hotel
Time
Room
14.00–16.00
Room K1+2
18B
Dynamic compression and time resolved measurements: from meteorites to novel materials Melting at high pressures: new methods, new findings, and new controversies?
12A
Novel physical phenomena at high pressures 12B and low temperatures
1A
1B
Structural studies at extreme conditions Discussion Session
High‐pressure neutrons in the next decade
HP Community Photo
Poster Session
Poster Session I
50 Programme
Malcolm Guthrie
(Lund/SE)
Speaker
Speaker
Speaker
Speaker
Scientific Programme • Tuesday, 6 September 2016
09.00–10.00
Room
Chair
09.00
PL2 – Plenary Lecture 2
Great Hall K9
10.00–10.20 10.20–12.20
Room
Chair
10.20
11.00
O 1.1
11.20
O 1.2
11.40
O 1.3
Structural complexity of iron oxides at high pressures and
temperatures
Elena Bykova (Bayreuth/DE)
12.00
O 1.4
New Trends and Recent Achievements in High Pressure
Crystallography
Ross J. Angel (Padova/IT)
MS 1A – Structural studies at extreme conditions
Great Hall K9
Alexandra Friedrich (Vienna/AT; Würzburg, Frankfurt a. M./DE)
Reliability of multigrain indexing for orthorhombic polycrystals
above 1 MBar: application to MgSiO3 post-perovskite
Christopher Langrand, Nadège Hilairet (Lille/FR)
Carole Nisr (Tempe, AZ/US), Mathieu Roskosz (Lille/FR)
Gábor Ribárik (Budapest/HU), Gavin B.M. Vaughan (Grenoble/FR)
Sébastien Merkel (Lille, Paris/FR)
Variant selection in the bcc-hcp transition in Fe
Sébastien Merkel (Lille, Paris/FR), Ainhoa Lincot (Lille, Grenoble/FR)
Sylvain Petitgirard (Bayreuth/DE)
A new high pressure phase transition in clinoferrosilite: in situ single
crystal X-ray diffraction study
Anna S. Pakhomova, Leyla Ismailova, Elena Bykova, Maxim Bykov
Tiziana Boffa Ballaran, Leonid Dubrovinsky (Bayreuth/DE)
Occupancy transitions in hexagonal clathrate hydrates
John S. Loveday, Richard Nelmes (Edinburgh/GB)
Programme
51
10.20–12.20
Room
Chair
10.20
11.00
O 18.1
11.20
O 18.2
11.40
O 18.3
12.00
O 18.4
52 Programme
MS 18A – Dynamic compression and time resolved measurements:
from meteorites to novel materials
K5
Dynamic high temperatures in the diamond cell: pump-probe
measurements of optical and transport properties at extremes
R. Stewart McWilliams (Edinburgh/GB)
Fast compression and decompression capabilities and experiments at
HPCAT, APS
Stanislav Sinogeikin, Jesse Smith, Chuanlong Lin, Eric Rod
Guoyin Shen (Argonne, IL/US)
Sub-millisecond time-resolved XAS as a probe of the dynamics of
structural phase transitions
Sakura Pascarelli (Grenoble/FR), Agnès Dewaele (Bruyères-le-Châtel/FR)
Olivier Mathon (Grenoble/FR), Ramesh André
Florent Occelli (Bruyères-le-Châtel/FR), Tetsuo Irifune (Matsuyama/JP)
Laser shock experiments at ESRF: developments and first results
Raffaella Torchio (Grenoble/FR), Alessandra Benuzzi, Tommaso Vinci
Alessandrs Ravasio (Palaiseau/FR), Fabien Dorchies (Talence/FR) Emilien Lescoute, Arnaud Sollier (Paris/FR)
Richard Briggs, Olivier Mathon, Sakura Pascarelli (Grenoble/FR)
Double-sided pulsed laser heating system for time resolved
geoscience and materials science applications
Georgios Aprilis (Bayreuth/DE), Cornelius Strohm (Hamburg/DE)
Catherine McCammon, Denis Vasiukov, Sven Linhardt
Leonid Dubrovinsky, Natalia Dubrovinskaia (Bayreuth/DE)
10.20–12.20 MS 11A – High pressure synthetic chemistry
Room
K6
Chair
Hubert Huppertz (Innsbruck/AT)
10.20
11.00
O 11.1
11.20
O 11.2
11.40
O 11.3
12.00
O 11.4
10.20–12.20
Room
Chair
10.20
New forms of silica and aluminosilocates from hydrothermal
environments at gigapascal pressures
Ulrich Häussermann (Stockholm/SE)
Unexpected high pressure and high temperature chemistry in Xe-N2
mixtures
Dominique Laniel, Gunnar Weck, Paul Loubeyre (Bruyères-le-Châtel/FR)
Simone de Panfilis (Rome/IT), Mario Santoro (Florence/IT)
Federico Gorelli (Sesto Fiorentino/IT), Olivier Mathon
Gaston Garbarino, Mohamed Mezouar (Grenoble/FR)
Reaction between nickel or iron with xenon under high pressure
Agnès Dewaele, Charles Pepin (Bruyères-le-Châtel/FR)
Gaston Garbarino (Grenoble/FR)
Gregory Geneste (Bruyères-le-Châtel/FR)
Rapid polycyclic polymerization of linear dicyanoacetylene activated
by pressure
Huiyang Gou (Beijing/CN), Timothy Strobel (Washington D.C./US)
Synthesis of highly transparent triclinic Al2SiO5 kyanite
Nico Alexander Gaida (Kiel/DE), Norimasa Nishiyama (Hamburg/DE)
Oliver Beermann, Christopher Giehl, Astrid Holzheid (Kiel/DE) Atsunobu Masuno (Tokyo/JP), Ulrich Schürmann
Lorenz Kienle (Kiel/DE)
MS 12A – Novel physical phenomena at high pressures and low
temperatures
K7
Mohsen Abd-Elmeguid (Cologne/DE)
Systems with correlated electrons at high pressure
Daniel Khomskii (Cologne/DE)
Programme
53
11.00
O 12.1
11.20
O 12.2
11.40
O 12.3
12.00
O 12.4
Intriguing electrical-transport behavior in the high pressure phase of
the hybridization gapped semiconductor FeGa3
Giovanni Hearne, Mustafa Ahmed, Philip Musyimi
Emanuela Carleschi, Bryan Doyle (Johannesburg/ZA)
Competing magnetic and structural states in multiferroic RMn2O5 at
high pressure
Denis P. Kozlenko (Dubna/RU), Toan Dang (Da Nang/VN)
Sergey Kichanov, Evgeniy Lukin (Dubna/RU), Ali Mammadov (Baku/AZ)
Sakin Jabarov (Da Nang/VN, Baku/AZ), Leonid Dubrovinsky (Bayreuth/DE)
Hanns-Peter Liemann (Hamburg/DE)
Rafiga Mehdiyeva (Baku/AZ), Boris Savenko (Dubna/RU)
Valery Smotrakov (Rostov-on-Don/RU)
Pressure-induced superconductivity in iron-based spin-ladder
compound BaFe2S3 and related materials
Hiroki Takahashi, Chizuru Kawashima, Hideto Soeda
Yasuyuki Hirata (Tokyo/JP), Takafumi Hawai, Yusuke Nambu
Taku Sato, Kenya Ohgushi (Sendai/JP)
Spin-libron coupling in solid oxygen under pressure
Stefan Klotz (Paris/FR), Federico Gorelli (Sesto Fiorentino/IT)
Mario Santoro (Florence/IT), Pooya Elahitalighani (Paris/FR)
12.20–12.40 HP Community Photo
Room
ARVENA Hotel
14.00–16.00 Discussion Session: High-pressure neutrons in the next decade
Room
Great Hall K9
Chairs
Malcolm Guthrie (Lund/SE), John S. Loveday (Edinburgh/GB)
14.00–16.00 Poster Session I
Room
K1+2 (see page 79ff)
54 Programme
16.20–19.00 MS 1B – Structural studies at extreme conditions
Room
Great Hall K9
Chair
16.20
O 1.5
16.40
O 1.6
17.00
O 1.7
17.20
O 1.9
Phase-diagrams of the elements – What do we learn?
High-pressure X-ray diffraction, Raman, and computational studies
of MgCl2 up to 1 Mbar: Extensive pressure stability of the β-MgCl2
layered structure
Elissaios Stavrou, Joseph M. Zaug (Livermore, CA/US)
Yansun Yao (Saskatoon, SK/CA), Sorin Bastea (Livermore, CA/US)
Bora Kalkan (Berkeley, CA/US), Zuzana Konopkova (Hamburg/DE)
Martin Kunz (Berkeley, CA/US)
Revised phase diagram of the FeSe superconductor
Volodymyr Svitlyk, Matthias Raba, Pierre Rodiere
Pierre Toulemonde, Dmitry Chernyshov, Vladimir Dmitriev
“Pressure – composition” phase diagram of hydrogen sulfide
Ivan Kruglov, Artem Oganov (Moscow, Dolgoprudny/RU)
17.40
O 1.10
18.00
O 1.11
New high-pressure phase with Ni2In-type structure in lithium
disulfide (Li2S)
Oleg Barkalov (Chernogolovka/RU; Dresden/DE)
Pavel Naumov (Dresden/DE; Chernogolovka/RU)
Sergey A. Medvedev Claudia Felser (Dresden/DE)
18.20
O 1.12
Pressure dependence of multiphonon resonant Raman scattering on
2Hc-MoS2 microcrystalline samples
Jesus Gonzalez, Fernando Rodríguez, Rafael Valiente (Santander/ES)
Deformation peculiarities and phase transformations in boron carbide
and silicon after the treatment in planetary mill. HRT studies
Boris Kulnitskiy, Mikhail Annenkov, Igor Perezhogin
Mikhail Popov (Troitsk, Moscow, Dolgoprudny/RU)
Danila Ovsyannikov (Troitsk, Moscow/RU)
Vladimir Blank (Troitsk, Moscow, Dolgoprudny/RU)
Programme
55
16.20–19.00
Room
Chair
16.20
17.00
O 18.5
MS 18B – Dynamic compression and time resolved measurements:
K5
Thomas S. Duffy (Princeton, NJ/US)
17.20
O 18.6
X-ray diffraction of water dynamically compressed to 4 Mbar and
evidence for a new crystalline ice phase
Federica Coppari, Marius Millot, James R. Rygg (Stanford, CA/US)
Antonio Correa Barrios, Jon H. Eggert (Livermore, CA/US)
17.40
O 18.10
18.00
O 18.8
Universal Hugoniot of fluid metals in WDM regime up to 20 TPa
William Nellis (Cambridge, MA/US)
18.20
O 18.7
Shock induced phase transformations in bismuth probed using
femtosecond X-Ray diffraction
Martin Gorman (Edinburgh/GB), Richard Briggs (Grenoble/FR)
Amy Coleman, R. Stewart McWilliams (Edinburgh/GB)
David McGonegle (Oxford/GB), Emma McBride (Stanford, CA/US)
Cindy Bolme (Los Alamos, NM/US),
Dayne Fratanduono (Livermore, CA/US) Zhou Xing
Eric Galtier (Stanford, CA/US), Hae Ja Lee (Palo Alto, CA/US)
Eduardo Granados (Stanford, CA/US) Raymond F. Smith
Jon H. Eggert, Gilbert W. Collins (Livermore, CA/US)
Justin Wark, Malcolm I. McMahon (Edinburgh/GB)
56 Programme
Melting and Solidification as a Planetary Phenomenon
Richard G. Kraus (Livermore, CA/US)
X-ray diffraction measurements of phase transitions and melting in
shock-compressed scandium
Richard Briggs (Grenoble/FR), Amy Coleman
Martin Gorman (Edinburgh/GB), Emilien Lescoute (Paris/FR)
Olivier Mathon (Grenoble/FR), Malcolm I. McMahon (Edinburgh/GB)
Florent Occelli (Bruyères-le-Châtel/FR), Sakura Pascarelli (Grenoble/FR)
Arnaud Sollier (Paris/FR), Raffaella Torchio (Grenoble/FR)
Crystal structure of Fe-Si alloys at TPa pressures
June K. Wicks (Princeton, NJ/US), Raymond F. Smith, Rick Kraus
Jon H. Eggert, Federica Coppari (Livermore, CA/US)
Matthew Newman (Pasadena, CA/US),
18.40
O 18.9
16.20–19.00
Room
Chair
Moving beyond feasibility in ultrafast shock chemistry experiments
Michael Armstrong, Joseph M. Zaug, Jonathan Crowhurst
Harry Radousky, James Lewicki, April Sawvel, Elissaios Stavrou
Paulius Grivickas (Livermore, CA/US)
16.20
17.00
O 17.1
17.20
O 17.2
High pressure High Temperature X-ray studies in the laser heated
diamond anvil cell – Problems and solutions
Iron melting at megabar pressures determined by x-ray absorption
spectroscopy
Giuliana Aquilanti (Trieste/IT)
Angela Trapananti (Camerino/IT; Grenoble/FR)
Amol Karandikar (Washington D.C./US; Frankfurt a. M./DE)
Carlo Marini (Cerdanyola del Valles/ES; Grenoble/FR)
Olivier Mathon, Sakura Pascarelli (Grenoble/FR)
17.40
O 17.3
Local structure of molten 3d metals under extreme conditions of
pressure and temperature by means of X-ray absorption spectroscopy
Silvia Boccato, Raffaella Torchio (Grenoble/FR)
Olivier Mathon (Grenoble/FR)
Angela Trapananti (Camerino/IT; Grenoble/FR)
Paola D’Angelo (Rome/IT), Simone Anzellini (Didcot/GB)
Guillaume Morard (Paris/FR), Ruggero Giampaoli
Alessandro Smareglia (Grenoble/FR), Tetsuo Irifune (Matsuyama/JP)
MS 17 – Melting at high pressures: new methods, new findings, and
new controversies?
K6
Melting of iron alloys in Laser-Heated Diamond Anvil Cell:
converging results using different in situ and ex-situ diagnostics
Guillaume Morard (Paris/FR)
Programme
57
18.00
O 17.4
18.20
O 17.5
18.40
O 17.6
58 Programme
Melting and structure of light molecular fluids using synchrotron
X-ray diffraction
Gunnar Weck (Bruyères-le-Châtel/FR), Frédéric Datchi (Paris/FR)
Gaston Garbarino (Grenoble/FR), Sandra Ninet
Jean-Antoine Queyroux (Paris/FR), Thomas Plisson
The existence of a density maximum in fluid tin tetraiodide
Kazuhiro Fuchizaki (Matsuyama/JP), Ayako Ohmura (Niigata/JP)
Akio Suzuki (Sendai/JP), Keisuke Nishida (Tokyo/JP)
Hiroyuki Saitoh (Sayo‒cho/JP), Nozomu Hamaya (Tokyo/JP)
Melting and liquid structure of ammonia at high pressure and
temperature
Jean-Antoine Queyroux, Ninet Sandra (Paris/FR)
Gunnar Weck (Bruyères-le-Châtel/FR), Gaston Garbarino (Grenoble/FR)
Thomas Plisson (Bruyères-le-Châtel/FR)
Mohamed Mezouar (Grenoble/FR), Frédéric Datchi (Paris/FR)
16.20–19.00
Room
Chair
16.20
17.00
O 12.5
17.20
O 12.6
17.40
O 12.7
MS 12B – Novel physical phenomena at high pressures and low
temperatures
K7
Karl Syassen (Stuttgart/DE)
18.00
O 12.8
Correlated states near electronic and structural instabilities
F. Malte Grosche (Cambridge/GB)
18.20
O 12.9
Electronic structure of Eu2+-doped KBr: volume and bondlength
dependences in phases B1 and B2
Jose Antonio Barreda-Argüeso (Santander/ES), Elsi V. Mejia-Uriarte
Oleg Kolokoltsev, Enrique Camarillo, Jose M. Hernández
Hector O. Murrieta (Ciudad de Mexico/MX)
Fernando Rodríguez Gonzalez (Santander/ES)
Strongly Enhanced Magnetic Ordering Temperatures in Lanthanides
at Extreme Pressure
James S. Schilling (St. Louis, MO/US)
Magnetism and valence in the CsCl-phases of EuO, EuS and EuSe at
extreme pressures
Gerhard Wortmann, Kirsten Rupprecht (Paderborn/DE)
Olaf Leopold (Grenoble/FR; Hamburg/DE)
Ulrich Ponkratz (Paderborn/DE; Grenoble/FR)
Ferrromagnetic criticality of uranium intermetallics under pressure
Michal Vališka, Petr Opletal, Jan Prokleška, Martin Míšek
Vladimír Sechovský (Prague/CZ)
Magnetism and superconductivity in UGe2
Andrew Huxley, Michal Kepa, Calum Lithgow (Edinburgh/GB)
Programme
59
Programme Overview • Wednesday, 7 September 2016
Plenary Talk
Chairs
Time
Room
PL 3 Pressure-induced spin crossover and MottHubburd transitions in ferric oxides
Karl Syassen
(Stuttgart/DE)
09.00–10.00
Great Hall K9 Moshe Paz-Pasternak
(Tel Aviv/IL)
Speaker
Micro Symposia
Chairs
Time
Room
Invited Speakers
2
Complex structures: crystallographic diversity
from MOFs to incommensurate structures
Vladimir Dmitriev
(Grenoble/FR)
10.20–11.40
Room K5
Maxim Bykov
(Bayreuth/DE)
3A
Novel in-house high-pressure instrumentation
Konstantin Kamenev
(Edinburgh/GB)
10.20–11.40
Room K6
Sven Friedemann
(Bristol/GB)
Malcolm I. McMahon
(Edinburgh/GB)
10.20–11.40
Room K7
Ronald Redmer
(Rostock/DE)
Paul Loubeyre
(Bruyères-le-Châtel/FR)
10.20–11.40
Great Hall K9 Takehiko Yagi
(Tokyo/JP)
Time
Room
11.45–13.30
Great Hall K9 Marius Millot
(Livermore, CA/US)
Sylvain Petitgirard
(Bayreuth/DE)
Andrzej Katrusiak
(Poznań/PL)
Time
Room
14.00–18.45
Bayreuth
18C Dynamic compression and time resolved
measurements: from meteorites to novel
16 materials
Ultra-high static and dynamic pressures
generation
EHPRG General Assembly
60 Programme
Speaker
Speaker
Scientific Programme • Wednesday, 7 September 2016
09.00–10.00
Room
Chair
09.00
Great Hall K9
Karl Syassen (Stuttgart/DE)
Pressure-induced spin crossover and Mott-Hubburd transitions in
ferric oxides
Moshe Paz-Pasternak (Tel Aviv/IL)
10.20–11.40
Room
Chair
10.20
11.00
O 16.1
11.20
O 16.2
10.20–11.40
Room
Chair
10.20
MS 16 – Ultra-high static and dynamic pressures generation
Great Hall K9
11.00
O 2.1
Complex crystal structures in bismuth tellurides at high pressure
Ingo Loa, Kenneth N. Freeman, Jan-Willem G. Bos
Ruth A. Downie (Edinburgh/GB)
Challenge of generating pressures beyond the limit of diamond
anvil: Double stage anvils fabricated using FIB
Takehiko Yagi (Tokyo/JP)
Toroidal diamond anvil cell to reach multi-Mbar
Agnès Dewaele, Paul Loubeyre, Florent Occelli (Bruyères-le-Châtel/FR)
Progress in ds-DAC design: Gasketed ds-DACs extend the capabilities
of investigation of matter at ultra-high pressures
MS 2 – Complex structures: crystallographic diversity from MOFs to
incommensurate structures
K5
Vladimir Dmitriev (Grenoble/FR)
Incommensurate crystal structures of transition metal oxychlorides
at high pressure
Maxim Bykov (Bayreuth/DE)
Programme
61
11.20
O 2.2
Structure-property relationships in multiferroic metal-organic
frameworks at high pressure
Ines Collings, Maxim Bykov, Elena Bykova, Natalia Dubrovinskaia
Leonid Dubrovinsky, Sylvain Petitgirard, Denis Vasiukov
Catherine McCammon (Bayreuth/DE), Michael Hanfland
Damian Paliwoda (Grenoble/FR)
10.20–11.40
Room
Chair
10.20
11.00
O 3.1
11.20
O 3.2
MS 3A – Novel in-house high-pressure instrumentation
K6
Konstantin Kamenev (Edinburgh/GB)
The equation of state of a polymer blended composite measured
directly via in-situ tabletop optical microscopy and interferometry
measurements (OMI)
Joseph M. Zaug, Elissaios Stavrou, Samuel Weir
Steven Falabella (Livermore, CA/US)
10.20–11.40
Room
Chair
MS 18C – Dynamic compression and time resolved measurements:
K7
Malcolm I. McMahon (Edinburgh/GB)
10.20
11.00
O 18.11
Planetary physics and warm dense matter research
Ronald Redmer (Rostock/DE)
62 Programme
High pressures studies of electronic reconstructions
Sven Friedemann (Bristol/GB)
The equation of state of 5-nitro-2,4-dihydro-1,2,4,-triazol-3-one
(α-NTO) determined via in-situ optical microscopy an
interferometry measurements
Elissaios Stavrou, Joseph M. Zaug, Jonathan Crowhurst
Sorin Bastea (Livermore, CA/US)
Release behavior and equation of state models for high density
carbon at the national ignition facility
Marius Millot, Peter M. Celliers, Philip A. Sterne, Sebastien Hamel
Kevin L. Baker, Lorin X. Benedict, Laura F. Berzak-Hopkins
Alfredo Correa, Laurent Divol, Sebastien Le Pape, Nathan B. Meezan
J. Steven Ross, Cliff Thomas, David P. Turnbull, John D. Moody
Gilbert W. Collins (Livermore, CA/US)
11.20
O 18.12
Investigating the hydrogen plasma phase transition on the national
ignition facility
Peter M. Celliers, Marius Millot, Gilbert W. Collins (Livermore, CA/US)
Raymond Jeanloz (Berkeley, CA, Livermore, CA/US), Russell J. Hemley
Paul Loubeyre (Bruyères-le-Châtel/FR), Stéphanie Brygoo (Arpjon/FR)
R. Stewart McWilliams (Edinburgh/GB), Jon H. Eggert, James R. Rygg
Sebastien Le Pape, Dayne Fratanduono, Sebastien Hamel
J. Luc Peterson, Nathan B. Meezan, David Braun (Livermore, CA/US)
11.45–13.30 EHPRG General Assembly
Room
Great Hall K9
Chair
Konstantin Kamenev (Edinburgh/GB)
11.45
Opening of the General Assembly and Ceremony of Presentation of the
EHPRG Award 2016 to the Winners Marius Millot & Sylvain Petitgirard
12.00
Recreating planetary interiors in the laboratory with advanced
dynamic compression
Marius Millot (Livermore, CA/US)
12.30
Density of silicate glasses and melts to extreme conditions of pressure
13.00
14.00–18.45
Presentation of the 55th EHPRG Meeting 2017 by Andrzej Katrusiak
Election of new members of the EHPRG Committee
Closing of the General Assembly
(see page 16 and 17)
Lunch bags will be provided in the industrial exhibition
Programme
63
Programme Overview • Thursday, 8 September 2016
Plenary Talk
Chairs
Time
PL 4 Modern High Pressure Chemistry
Karen Friese
(Jülich/DE)
09.00–10.00 Great Hall K9 Hubert Huppertz
(Innsbruck/AT)
Micro Symposia
Chairs
Time
4A
Novel high-pressure instrumentation at large- Zuzana Konopkova
scale facilities: synchrotrons and FELs
(Hamburg/DE)
Room
Room
Speaker
Invited Speakers
10.20–12.20 Room K5
Karen Appel
(Hamburg/DE)
Marco Merlini
(Milan/IT)
19A Carbonates at extreme conditions and
volatiles in Earth and planetary interiors
Björn Winkler
(Frankfurt a. M./DE)
16.20–18.20 Room K5
3B
Stanislav Sinogeikin
(Argonne, IL/US)
10.20–12.20 Room K6
11B High pressure synthetic chemistry
Yanbin Wang
(Argonne, IL/US)
16.20–18.20 Room K6
1C
Maxim Bykov
(Bayreuth/DE)
10.20–12.20 Room K7
10A Theoretical modelling of condensed matter
at extreme conditions
Igor A. Abrikosov
(Moscow/RU, Linköping/SE)
16.20–18.20 Room K7
6A
Gregory Rozenberg
(Tel Aviv/IL)
10.20–12.20 Great Hall K9 Mikhail I. Eremets
(Mainz/DE)
Gaston Garbarino
(Grenoble/FR)
16.20–18.20 Great Hall K9
6B
Novel in-house high-pressure
instrumentation
Structural studies at extreme conditions
Transport properties at high pressures
Poster Session
Poster Session II
Social Evening
64 Programme
Time
Room
Speaker
14.00–16.00 Room K1+2
Time
Room
19.00-0.00
Burg
Rabenstein
Speaker
Scientific Programme • Thursday, 8 September 2016
09.00–10.00 PL4 – Plenary Lecture 4
Room
Great Hall K9
Chair
Karen Friese (Jülich/DE)
09.00
Modern High Pressure Chemistry
Hubert Huppertz (Innsbruck/AT)
10.00–10.20 10.20–12.20
Room
Chair
10.20
11.00
O 6.1
11.20
O 6.2
High critical temperature in conventional superconductors
Mikhail I. Eremets (Mainz/DE)
Transport properties of GeSb2Te4 at elevated pressure
Samar Layek (Tel Aviv-Yafo/IL), Eran Greenberg (Argonne, IL/US)
Bar Hen, Irina Pozin (Tel Aviv-Yafo/IL), Roee Friedman (Beer-Sheva/IL)
Victor Shelukhin, Marc Karpovsky
Moshe Paz-Pasternak (Tel-Aviv/IL), Eran Sterer (Beer-Sheva/IL)
Yoram Dagan, Gregory Rozenberg, Alexander Palevski (Tel Aviv-Yafo/IL)
11.40
O 6.3
Pressure induced superconductivity in Weyl-semimetal MoTe2
Yanpeng Qi (Dresden/DE), Pavel Naumov (Dresden/DE; Chernogolovka/RU)
Oleg Barkalov (Chernogolovka/RU; Dresden/DE), Walter Schnelle
Claudia Felser, Sergey A. Medvedev (Dresden/DE)
12.00
O 6.4
High-pressure-high-temperature synthesis of new superconducting
metastable phases of topological insulators Sb2Te3, Bi2Te3 and Bi2Se3
Sergei Buga, Vladimir Kulbachinskii (Moscow, Dolgoprydny/RU)
Vladimir Kytin (Moscow/RU), Natalia Lvova, Ilia Pahomov
Nadezhda Serebryanaya (Moscow, Dolgoprydny/RU)
Nikolai Perov Sergei Tarelkin (Moscow/RU)
Vladimir Blank (Troitsk, Moscow, Dolgoprudny/RU)
MS 6A – Transport properties at high pressures
Great Hall K9
Gregory Rozenberg (Tel-Aviv/IL)
Pressure effects on the transport and crystallographic properties of
the iron based superconductors
Gaston Garbarino (Grenoble/FR), Ruben Weht (Buenos Aires/AR)
Mohamed Mezouar (Grenoble/FR), Andres Cano (Bordeaux/FR)
Manuel Núñez-Regueiro (Grenoble/FR)
Programme
65
10.20–12.20
Room
Chair
MS 4A – Novel high-pressure instrumentation at large-scale facilities:
synchrotrons and FELs
K5
Zuzana Konopkova (Hamburg/DE)
10.20
11.00
O 4.1
11.20
O 4.2
11.40
O 4.3
The High Energy Density science instrument at European XFEL:
a new user facility for high-pressure research
Karen Appel (Hamburg/DE)
12.00
O 4.4
66 Programme
The new high pressure diffraction beamline ID15B of the ESRF
Michael Hanfland (Grenoble/FR)
Cutting-edge synchrotron facilities for advanced sample
characterization at extreme conditions
Status of the dedicated high pressure diffraction beamline “Xpress”
at Elettra Sychrotron Trieste
Boby Joseph, Maurizio Polentarutti, Paolo Lotti, Nishant Kumar
Varshney Giorgio Bais (Trieste/IT), Surinder M. Sharma (Mumbai/IN)
Dipankar D. Sarma (Bangalore/IN), Andrea Lausi (Trieste/IT)
Structure of low Z liquids under extreme conditions: from dream to
reality
Gaston Garbarino (Grenoble/FR), Gunnar Weck (Bruyères-le-Châtel/FR)
Frédéric Datchi, Sandra Ninet (Paris/FR)
Thomas Plisson (Bruyères-le-Châtel/FR)
Dylal K. Spaulding (Bruyères-le-Châtel/FR; Cambridge MA/US)
Stany Bauchau (Grenoble/FR), Paul Loubeyre (Bruyères-le-Châtel/FR)
10.20–12.20
Room
Chair
10.20
O 3.3
10.40
O 3.8
11.00
O 3.5
11.20
O 3.6
11.40
O 3.4
MS 3B – Novel in-house high-pressure instrumentation
K6
Stanislav Sinogeikin (Argonne, IL/US)
Development of spherical pressure cell for rotation in high magnetic
field
Christopher Ridley, Michal Kepa, Konstantin Kamenev
Andrew Huxley (Edinburgh/GB)
In-situ measurement of the high temperature distribution inside
diamond anvil cell by acousto-optical spectral imaging system
Alexander Machikhin, Ivan Troyan, Alexei Bykov
Pavel Zinin (Honolulu, HI/US; Moscow/RU), Demid Khokhlov
Yulia Manturova, Igor Kutuza (Moscow/RU)
High-sensitivity nuclear magnetic resonance up to 30 GPa
Thomas Meier (Bayreuth/DE)
Towards smarter high pressure cells: Integrated pressure calibration
for individual heated multianvil experiments
Marcus Schwarz, Christian Schimpf (Freiberg/DE)
Novel experimental design for high pressure – high temperature
measurements of the electrical resistance in a ‚Paris-Edinburgh‘ large
volume press
Eyal Yahel, Moran Emuna, Guy Makov, Yaron Greenberg (Beer Sheva/IL)
Programme
67
10.20–12.20 MS 1C – Structural studies at extreme conditions
Room
K7
Chair
Maxim Bykov (Bayreuth/DE)
10.20
O 1.13
10.40
O 1.14
11.00
O 1.15
11.20
O 1.16
11.40
O 1.17
12.00
O 1.18
On the high-pressure phase stability and elastic properties of
β-titanium alloys
Dean Smith (Manchester/GB), Ananthi Sankaran
Hannah Weekes (London/GB), Daniel Bull (Manchester/GB)
Timothy Prior (Hull/GB), David Dye (London/GB)
John Proctor (Manchester/GB)
Structural stability of gallium garnets in the Mbar pressure range
Virginia Monteseguro-Padrón (Grenoble/FR), Víctor Lavín della
Ventura (La Laguna, Tenerife/ES), Gaston Garbarino (Grenoble/FR)
Pressure-induced phase transitions in the MO2 systems, M=Re, Mo, Tc
Daniel Mast, Barbara Lavina, Emily Siska, Paul Forster (Las Vegas, NV/US)
Re-evaluation of the compressibility of Re3B and Re7B3
Christopher Neun (Frankfurt a. M./DE)
Benedikt Petermüller (Innsbruck/AT), Lkhamsuren Bayarjargal
Hubert Huppertz (Innsbruck/AT), Björn Winkler (Frankfurt a. M./DE)
High-pressure investigation of single crystals of α-boron
Irina Chuvashova, Elena Bykova, Maxim Bykov (Bayreuth/DE)
Biliana Gasharova, Yves-Laurent Mathis (Karlsruhe/DE)
The best of both worlds: Combined X-ray and neutron studies at
high-pressure using lab source X-ray diffractometers and Laue
Neutron Diffraction
Christopher Woodall, Jack Binns, Christopher Ridley, Simon Parsons
Konstantin Kamenev (Edinburgh/GB), Garry McIntyre (Sydney/AU)
68 Programme
14.00–16.00 Poster Session II
Room
K1+2 (see page 91ff)
16.00–16.20 16.20–18.20
Room
Chair
16.20
O 6.5
16.40
O 6.6
17.00
O 6.7
17.20
O 6.8
17.40
O 6.10
Metal-insulator transition in 2D antiferromagnet FePS3 upon applied
pressure
Matthew J. Coak, Charles Robert, C. R. Sebastian Haines
Siddarth S. Saxena (Cambridge/GB)
Observation of superconductivity in highly compressed H2S with the
help of Mössbauer spectroscopy
Ivan A. Troyan (Moscow/RU)
Alexander G. Gavriliuk (Moscow, Troitsk/RU)
Igor S. Lyubutin (Moscow/RU), Rudolf Rüffer (Grenoble/FR)
18.00
O 6.9
Anharmonic effects in atomic hydrogen: superconductivity and
lattice dynamical stability
Aitor Bergara (Leioa, Donostia/ES), Miguel Borinaga (Donostia/ES)
Ion Errea (Leioa, Donostia/ES), Mateo Calandra (Paris/FR)
Francesco Mauri (Paris/FR; Rome/IT)
MS 6B – Transport properties at high pressures
Great Hall K9
Gaston Garbarino (Grenoble/FR)
Direct measurements of thermal conductivity at planetary core
conditions
Zuzana Konopkova (Hamburg/DE), R. Stewart McWilliams
Natalia Gomez-Perez (Edinburgh/GB)
High-pressure thermopower in MnSi
Anna Kusmartseva (Loughborough/GB), Andreas Bauer
Marco Halder, Christian Pfleiderer (Munich/DE)
Emergent phases near quantum critical transitions
C. R. Sebastian Haines, Matthew J. Coak, Cheng Liu, Dey Molnar
Siddharth S. Saxena (Cambridge/GB)
Programme
69
16.20–18.20
Room
Chair
MS 19A – Carbonates at extreme conditions and volatiles in Earth
and planetary interiors
K5
16.20
17.00
O 19.1
17.20
O 19.2
Candidate carbon minerals at Earth‘s mantle conditions
Marco Merlini (Milan/IT)
Transition metal carbonates (MnCO3, CoCO3) at extreme conditions
Stella Chariton (Bayreuth/DE)
Valerio Cerantola (Bayreuth/DE; Grenoble/FR), Elena Bykova
Maxim Bykov (Bayreuth/DE), Leyla Ismailova (Bayreuth/DE)
Ilya Kupenko (Grenoble/FR; Münster, Bayreuth/DE), Georgios Aprilis
Catherine McCammon, Leonid Dubrovinsky (Bayreuth/DE)
High pressure studies on carbonate crystals using coherent
anti-Stokes Raman Spectroscopy
Chris-Julian Fruhner, Lkhamsuren Bayarjargal
17.40
O 19.3
Melting relations in the system CaCO3-MgCO3 at 6 GPa:
A comparision between anhydrous and hydrous conditions
Jan Müller, Monika Koch-Müller, Dieter Rhede
Richard Wirth (Potsdam/DE)
18.00
O 19.4
High pressure elastic properties of FeCO3
Michal Stekiel (Frankfurt a. M./DE), Tra Nguyen Thanh (Grenoble/FR)
Stella Chariton, Catherine McCammon (Bayreuth/DE)
Alexei Bossak (Grenoble/FR), Keith Refson (Egham/GB)
70 Programme
16.20–18.20 MS 11B – High pressure synthetic chemistry
Room
K6
Chair
Yanbin Wang (Argonne, IL/US)
16.20
O 11.5
16.40
O 11.6
17.00
O 11.7
17.20
O 11.8
17.40
O 11.10
Oriented growth and grain size reduction during phase transitions in
hydrous Mg2SiO4: Implications for slab strength variations at
transition zone depth
Angelika Dorothea Rosa (Grenoble/FR), Nadège Hilairet (Lille/FR)
Sujoy Ghosh (Kharagpur/IN), Jean-Phillippe Perrillat (Lyon/FR)
Gaston Garbarino (Grenoble/FR), Sébastien Merkel (Lille, Paris/FR)
High pressure synthesis and study of layered Cr4+ based oxides
Justin Jeanneau, Pierre Toulemonde, André Sulpice, Gyorgy Remenyi
Vivian Nassif, Claire Colin, Emmanuelle Suard (Grenoble/FR)
Jean-Paul Itié (Gif-sur-Yvette/FR)
Manuel Núñez-Regueiro (Grenoble/FR)
High-pressure synthesis, crystal structure and physical properties of
A-site-ordered perovskite BiCu3Cr4O12
Masahiko Isobe, Martin Etter (Stuttgart/DE), Hiroya Sakurai
(Tsukuba/JP), Robert E. Dinnebier, Hidenori Takagi (Stuttgart/DE)
High-pressure synthesis of novel electrocatalysts
Ikuya Yamada, Shunsuke Yagi, Takuto Shirakawa, Makoto Murakami
Hirofumi Tsukasaki, Shigeo Mori (Sakai/JP)
Extending the field of nickel borates via high-pressure synthesis
Martin Schmitt, Hubert Huppertz (Innsbruck/AT)
Programme
71
16.20–18.20
Room
Chair
MS 10A – Theoretical modelling of condensed matter at extreme
conditions
K7
Igor A. Abrikosov (Moscow/RU; Linköping/SE)
16.20
O 10.1
16.40
O 10.2
Equations of state for solids under strong compression and effects of
wrong constraints
17.00
O 10.3
17.20
O 10.4
Thermodynamic analysis of solid solutions of Fe‐H system at
hydrogen pressures of several gigapascals
Katsutoshi Aoki (Tokyo/JP), Hiroyuki Saitoh
Akihiko Machida (Sayo‒cho/JP)
17.40
O 10.5
18.00
O 10.6
19.00–00.00
Room
Pressure-induced phonon freezing in the Percolation-type Zn (Se, S)
mixed crystal: Phonon-polaritons and ab initio calculations
Hamadou Dicko, Rami Hajj Hussein, Olivier Pagès (Metz/FR)
Alain Polian (Paris/FR), Andrei Postnikov (Metz/FR), Franciszek Firszt
Karoll Strzalkowski (Torun/PL), Wojciech Paszkowicz (Warsaw/PL)
Laurent Broch (Metz/FR)
72 Programme
Electronic correlations and transport properties of ε-Fe at extreme
conditions
Jernej Mravlje (Ljubljana/SI)
Antoine George (Palaiseau, Paris/FR; Geneva/CH)
Sergei Simak (Linköping/SE)
Computational phase diagrams of gas hydrates under pressure
Pattanasak Teeratchanan, Andreas Hermann (Edinburgh/GB)
High pressure phase diagram of MgO and FeO
Daniel Cebulla, Ronald Redmer (Rostock/DE)
Social Evening
Burg Rabenstein (see page 14)
SAVE THE DATE
D
G
K
© KIT Karlsruhe
25th ANNUAL MEETING
of the GERMAN
CRYSTALLOGRAPHIC
SOCIETY (DGK)
27–30 MARCH 2017
KARLSRUHE
www.dgk-conference.de
Programme Overview • Friday, 9 September 2016
Plenary Talk
Chairs
Time
PL 5 New Trends and Recent Achievements in Theoretical High Pressure Research
Surendra K. Saxena
(Miami, FL/US)
09.00–10.00 Great Hall K9 Renata M. M. Wentzcovitch
(Minneapolis, MN/US)
Micro Symposia
Chairs
Time
Room
Room
Speaker
Invited Speakers
19B Carbonates at extreme conditions and volatiles Dan Frost
in Earth and planetary interiors
(Bayreuth/DE)
10.20–12.20 Room K5
Razvan Caracas
(Lyon/FR)
4B
10.20–12.20 Room K6
Federico Gorelli
(Sesto Fiorentino/IT)
10B Theoretical modelling of condensed matter at extreme conditions
Leonid V. Pourovskii (Palaiseau/FR)
10.20–12.20 Room K7
Carlo Pierleoni
(L'Aquila/IT)
20
Agnès Dewaele
(Bruyères‐le‐Châtel/FR)
10.20–12.20 Great Hall K9 Yaroslav Filinchuck
(Louvain‐la‐Neuve/BE)
Novel high‐pressure instrumentation at large‐
scale facilities: synchrotrons and FELs
Hydrogen and hydrogen‐rich compounds: new frontiers at high pressures
Closing Ceremony
Time
Room
Speaker
12.20–12.40 Great Hall K9 Leonid Dubrovinsky
Natalia Dubrovinskaia (Bayreuth/DE)
74 Programme
Scientific Programme • Friday, 9 September 2016
09.00–10.00
Room
Chair
09.00
Great Hall K9
Surendra K. Saxena (Miami, FL/US)
10.00–10.20
10.20–12.20
Room
Chair
10.20
11.00
O 20.1
11.20
O 20.3
11.40
O 20.2
Light complex hydrides: an overview of the recent progress
Yaroslav Filinchuck (Louvain-la-Neuve/BE)
New Trends and Recent Achievements in Theoretical High Pressure
Research
Renata M. M. Wentzcovitch (Minneapolis, MN/US)
MS 20 – Hydrogen and hydrogen-rich compounds: new frontiers at
high pressures
Great Hall K9
Agnès Dewaele (Bruyères-le-Châtel/FR)
Ca-H and Y-H systems under high pressure
Stanislav Besedin, Mikhail Eremets (Mainz/DE)
Determination of the phase diagram of H2/D2 above 300 GPa via
synchrotron infrared measurements
Paul Loubeyre, Florent Occelli (Bruyères-le-Châtel/FR)
Paul Dumas (Bruyères-le-Châtel, Gif-sur-Yvette/FR)
New melting line and direct liquid-liquid transition evidence for
hydrogen up to 300 GPa
Changsheng Zha (Washington D.C./US)
Programme
75
10.20–12.20
Room
Chair
MS 19B – Carbonates at extreme conditions and volatiles in Earth
and planetary interiors
K5
Dan Frost (Bayreuth/DE)
10.20
Carbon species in silicate melts and glasses
Razvan Caracas (Lyon/FR)
11.00
O 19.5
11.20
O 19.6
11.40
O 19.7
12.00
O 19.8
Vibrational properties of dolomite at extreme conditions
Ilias Efthimiopoulos (Potsdam/DE)
76 Programme
Stability of high-pressure polymorph of topaz-OH
Ryota Abe, Akio Suzuki, Yuki Shibazaki, Shin Ozawa
Itaru Ohira (Sendai, Miyagi/JP)
Ammonia monohydrate at high pressure
Sandra Ninet, Cailong Liu, Adrien Mafety
Jean-Antoine Queyroux (Paris/FR) Craig Wilson (Edinburgh/GB)
Keevin Beneut, Gilles Le Marchand, Benoit Baptiste (Paris/FR)
Paul Dumas (Bruyères-le-Châtel, Gif-sur-Yvette/FR)
Gaston Garbarino (Grenoble/FR), John S. Loveday (Edinburgh/GB)
Antonio Marco Saitta, Frédéric Datchi (Paris/FR)
Shock-wave treatment of carbonates at pressures beyond 100 GPa:
New possibilities for an old method?
Thomas Schlothauer, Erica Brendler, Christian Schimpf, Edwin Kroke
Gerhard Heide (Freiberg/DE)
10.20–12.20
Room
Chair
MS 4B – Novel high-pressure instrumentation at large-scale facilities:
K6
10.20
11.00
O 4.6
Spectroscopy of Rubidium under extreme conditions
Federico Gorelli (Sesto Fiorentino/IT)
11.20
O 4.7
Millisecond time resolved diffraction study of SrCO3 at high
pressures and temperatures
Michal Stekiel, Lkhamsuren Bayarjargal, Wolfgang Morgenroth
Rita Luchitskaia (Frankfurt a. M./DE)
Monika Koch-Müller (Potsdam/DE), Björn Winkler (Frankfurt a. M./DE)
11.40
O 4.8
Neutron depolarization imaging on the pressure dependence of the
chromium spinel HgCr2Se4
Pau Jorba, Philipp Schmakat, Michael Wagner, Alexander Regnat
Michael Schulz (Garching/DE), Vladimir Tsurkan
Alois Loidl (Augsburg/DE), Peter Böni, Christian Pfleiderer (Munich/DE)
12.00
O 4.5
X-ray diffraction experiments on the materials in extreme conditions
(MEC) LCLS x-ray FEL beamline to study phase transformation
kinetics in NaCl
Raymond F. Smith (Livermore, CA/US), June Wicks (Princeton, NJ/US)
Cynthia Bolme, Brian Jensen (Los Alamos, NM/US)
Dayne Fratanduono, Damian Swift (Livermore, CA/US)
Arianna Gleason (Los Alamos, NM; Palo Alto, CA/US)
Sergio Speziale (Potsdam/DE), Karen Appel (Hamburg/DE)
Hae Ja Lee, Philip Heimann (Palo Alto, CA/US), Gilbert W. Collins
Jon H. Eggert, Tom Duffy (Livermore, CA/US)
Large-volume high pressure research at the advanced photon source
Yanbin Wang (Argonne, IL/US)
Programme
77
10.20–12.20
Room
Chair
MS 10B – Theoretical modelling of condensed matter at extreme
conditions
K7
10.20
Theory of the Liquid-liquid phase transition in high pressure
hydrogen
Carlo Pierleoni (L’Aquila/IT)
11.00
O 10.7
Pressure-induced site-selective mott transition and local moment
collapse in Fe2O3
Ivan Leonov (Moscow/RU; Augsburg/DE)
Eran Greenberg (Argonne, IL/US), Gregory Rozenberg (Tel-Aviv/IL)
11.20
O 10.8
First-principles prediction of superconducting H5S2 phase in
sulfurhydrogen system
Takahiro Ishikawa, Akitaka Nakanishi, Katsuya Shimizu
Hiroshi Katayama-Yoshida (Toyonaka/JP), Tatsuki Oda (Kanazawa/JP)
11.40
O 10.9
12.00
O 10.10
A proton disorder-order transition in ice look-like Ammonium
Fluoride
Adrien Mafety, Christophe Bellin (Paris/FR)
Chandrabhas Narayana (Bangalore/IN), Paola Giura
Gwenaëlle Rousse (Paris/FR), Jean-Paul Itié (Gif-sur-Yvette/FR)
Alain Polian, Abhay Shukla, Antonino Marco Saitta (Paris/FR)
Understanding the non-existence of the cd→β-Sn phase transition
for carbon by the quantum chemical topology approach
Olga Matthies, Miroslav Kohout, Juri Grin (Dresden/DE)
12.20–12.40 Closing Ceremony
Room
Great Hall K9
78 Programme
Poster Session I • Tuesday, 6 September 2016
14.00–16.00 Structural studies at extreme conditions
Room
K1+2
P 1.1
P 1.2
P 1.3
P 1.4
P 1.5
High-pressure behavior of Y/Sm oxalates showing thermomechanical
effects on dehydration
Boris Zakharov, Alexander Matvienko, Pavel Gribov
P 1.6
Stability of the fergusonite phase in GdNbO4 investigated by high
pressure XRD and Raman experiments
Julio Pellicer-Porres (Burjassot/ES), Alka B. Garg (Mumbai/IN)
Domingo Martínez-García, David Vázquez-Socorro (Valencia/ES)
Catalin Popescu (Cerdanyola del Vallés//ES)
High pressure infiltration sintering and performance of cBN-Si
composites
Yinjuan Liu, Duanwei He, Chao Xu, Fangming Liu, Pei Wang
Jin Liu (Chengdu/CN)
Effect of high pressures on the crystal structure and on negative
magnetologische of multicomponent tetragonal chalcogenides
Nina Melnikova, Yana Volkova, Alexander Tebenkov (Jekaterinburg/RU)
Bond distances and effective pair potentials in CuBr under high
pressure and high temperature
Akira Yoshiasa (Kumamoto/JP), Yusuke Yasuhiro (Toyonaka/JP)
Tsubasa Tobase (Kumamoto/JP), Hiroshi Arima (Sendai/JP)
Maki Okube (Yokohama/JP), Akihiko Nakatsuka (Ube/JP)
Osamu Ohtaka (Toyonaka/JP)
Structural, vibrational, and electronic study of α-As2Te3 under
compression
Vanesa Paula Cuenca-Gotor, Juan Ángel Sans (Valencia/ES)
Jordi Ibáñez (Barcelona/ES)
Catalin Popescu (Cerdanyola del Vallés/ES), Oscar Gomis
Rosario Vilaplana, Francisco Javier Manjón Herrera (Valencia/ES)
Aritz Leonardo (Bilbao, Donostia/ES), Edurne Sagasta (Donostia/ES)
Aitziber Suárez-Alcubilla (Bilbao, Donostia/ES)
Idoia G. de Gurtubay (Donostia, Bilbao/ES)
Miquel Mollar (Valencia/ES) Aitor Bergara (Leioa, Donostia/ES)
Programme
79
P 1.7
P 1.8
P 1.9
P 1.10
P 1.11
Crystal structure of new high-pressure strontium germanate SrGe2O5
Akihiko Nakatsuka (Ube/JP), Kazumasa Sugiyama (Sendai/JP)
Osamu Ohtaka (Toyonaka/JP), Keiko Fujiwara (Ube/JP)
Akira Yoshiasa (Kumamoto/JP)
P 1.12
Phase transition systematics in BiVO4 by means of high pressure-high
temperature Raman experiments
David Vázquez-Socorro (Valencia/ES), Julio Pellicer-Porres (Burjassot/ES)
Domingo Martínez-García (Valencia/ES)
S. N. Achary (Trombay, Mumbai/IN), Alex J. E. Rettie
Charles Buddie-Mullins (Austin, TX/US)
P 1.13
Pressure-induced structural changes of Europium hydride under
high-pressure H2 condition
Keiji Kuno, Takahiro Matsuoka, Takaya Nakagawa (Gifu/JP)
Naohisa Hirao, Yasuo Ohishi, Akihiko Machida (Sayo-cho/JP)
Katsutoshi Aoki (Tokyo/JP), Katsuya Shimizu (Toyonaka/JP)
Tetsuji Kume, Shigeo Sasaki (Gifu/JP)
The photochemical reaction in crystals at high pressure:
crystallographic studies
Krzysztof Konieczny, Julia Bąkowicz
Ilona Turowska-Tyrk (Wrocław/PL)
The monitoring of structural transformations brought about by a
photochemical reaction in crystals at high pressure
Tomasz Galica, Julia Bąkowicz, Krzysztof Konieczny
Ilona Turowska-Tyrk (Wrocław/PL)
Phase transitions in Silicon from 16 GPa up to 50 GPa
Alexander Tebenkov, Ekaterina Vershinina
Ekaterina Chubarenko (Jekaterinburg/RU)
High-pressure studies of energetic co-crystals
Karl Hope (Edinburgh, Harwell/GB), Daniel Ward
Hayleigh Lloyd (Edinburgh/GB)
Steven Hunter (Edinburgh/GB; Aberdeen, MD/US)
Craig Bull (Didcot/GB), Colin R. Pulham (Edinburgh/GB)
80 Programme
P 1.14
High pressure diffraction study of K2AgF4
Jakub Gawraczyński, Dominik Kurzydłowski, Mariana Derzsi
Armand Budzianowski (Warsaw/PL)
Viktor Struzkhin (Washington D.C./US), Zoran Mazej (Ljubljana/SI)
Wojciech Grochala (Warsaw/PL)
P 1.15
Structural and vibrational properties of single crystals of Scandia,
Sc2O3 under high pressure
Sergey Ovsyannikov, Elena Bykova, Maxim Bykov, Michelle D. Wenz
Anna S. Pakhomova (Bayreuth/DE), Konstantin Glazyrin
Hanns-Peter Liermann (Hamburg/DE)
P 1.16
High-pressure phase transition of AgO, a prototypical mixed-valent
system: Raman, XRD, and DFT study
Adam Grzelak, Jakub Gawraczyński (Warsaw/PL)
Tomasz Jaroń (Washington, D.C./US; Warsaw/PL), Mariana Derzsi
Izabela Włodarska (Warsaw/PL), Maddury Somayazulu
Viktor Struzkhin (Washington D.C./US)
Wojciech Grochala (Warsaw/PL)
P 1.17
P 1.18
Inspecting high pressure ‘self-insertion’ in CoSb3 by means of single
crystal X-ray diffraction
Konstantin Glazyrin, Pavel Alexeev, Ilya Sergeev (Hamburg/DE)
Raphaël P. Hermann (Oak Ridge, TN/US)
P 1.19
Nonmetallization and band inversion in beryllium dicarbide at
high pressure
Fei Li, HeNan Du, YanHui Liu (Yanji/CN), Yanming Ma (Changchun/CN)
P 1.20
Pressure confinement effect in monolayer and few layer MoS2s
Fangfei Li, Yalan Yan, Bo Han, Liang Li, Xiaoli Huang, Yuanbo Gong
Qiang Zhou, Tian Cui (Changchun/CN)
Influence of plastic deformation under pressure upon synthesis of
Al-Fe and Zr-Fe alloys from elemental powders
Arkadiy Dobromyslov (Jekaterinburg/RU)
Programme
81
P 1.21
High pressure spectroscopic study of Inx Al1-xN (x~0.7)
Kyriokos Filintoglou, Georgios Papadopoulos, Ioannis Arvanitidis
Dimitrios Christofilos, Sotirios Ves, Gerasimos A. Kourouklis
George P. Dimitrakopulos (Thessaloniki/GR), Adam Adikimenakis
Alexandros Georgakilas (Heraklion/GR)
P 1.22
A new ethane polymorph
Marcin Podsiadlo, Anna Olejniczak, Andrzej Katrusiak (Poznań/PL)
P 1.23
Neutron diffraction studies of shockwave-synthesized γ – Si3N4
material
Anke Köhler, Thomas Schlothauer (Freiberg/DE)
Alexandra Franz (Berlin/DE), Gerhard Heide, David Rafaja (Freiberg/DE)
P 1.24
Pressure-induced structural transformations in AFeX4
(A:[CnH2n+1]4N; n=1-4; X: Cl, Br) compounds
Fernando Aguado, Jose Antonio Barreda-Argüeso, Rafael Valiente
Jesus Gonzalez, Fernando Rodríguez (Santander/ES)
P 1.25
The high pressure behavior of Mo2GaC and Mo2Ga2C
Mark Nikolaevsky (Beer Sheva/IL), Roee Friedman (Tel Aviv/IL)
Sankalp Kota, Joseph Halim (Philadelphia, PA/US)
El’ad N. Caspi (Beer Sheva/IL)
Michel W. Barsoum (Philadelphia, PA/US)
Aviva Melchior (Beer Sheva/IL)
P 1.26
A New Approach for in-situ Determination of Pressure and
Temperature in Multi-Anvil High Pressure Apparatus
Xuebing Wang, Ting Chen, Xintong Qi, Yongtao Zou, Jennifer Kung
Tony Yu (Stony Brook, NY, Argonne, IL/US), Yanbin Wang (Argonne, IL/US)
Robert C. Liebermann, Baosheng Li (Stony Brook, NY/US)
P 3.2
A monitoring of pressure-induced phase transitions in Si beneath
diamond indenters; in-situ and ex-situ approaches
Yun-Hee Lee, Yong-Jae Kim, Sooheyong Lee, Yongil Kim
Geun Woo Lee (Daejeon/KR)
82 Programme
14.00–16.00 Novel high-pressure instrumentation at large-scale facilities: neutrons
Room K1+2
P 5.1
Octahedral tilting and structural changes in the perovskite
LaCo0:9Mn0:1O3 at high pressure
Mara Capone (Edinburgh, Didcot/GB; Lund/SE)
John S. Loveday (Edinburgh/GB), Malcolm Guthrie (Lund/SE)
Craig Bull (Didcot/GB)
14.00–16.00 Magnetism at extreme conditions
Room
K1+2
P 7.1
P 7.2
P 7.3
Relevance between Li+-ion diffusion and elastomagnetic softness in
solids, high pressure muon-spin rotation and relaxation on
Li[LixMn2−x] O4 with 0 ≤ x ≤ 1/3
Kazuhiko Mukai (Nagakute/JP), Daniel Andreica (Cluj-Napoca/RO)
Alex Amato (Villigen/CH), Jun Sugiyama (Nagakute/JP)
High-pressure synthesis and magnetic properties of A-site columnar
ordered double perovskites, LnMn(B0.5Ti0.5)2O6
Gen Shimura, Yuichi Shirako, Ken Niwa
Masashi Hasegawa (Nagoya, Aichi/JP)
P 7.4
Structural complexity at high pressure in supramolecular analogues
of frustrated magnets
Andrew Cairns (Oxford/GB; Grenoble/FR)
Matthew Cliffe (Cambridge/GB), Joseph Paddison (Atlanta, GA/US)
Dominik Daiseberger (Harwell/GB)
François-Xavier Coudert (Paris/FR)
Matthew Tucker (Oak Ridge, TN/US), Andrew Goodwin (Oxford/GB)
Effect of low magnetic field and high pressure on the magnetic
response of MnP clusters embedded in the chalcopyrite matrix
Temirlan Arslanov, Akhmedbek Mollaev
Rasul Arslanov (Makhachkala/RU), Lukasz Kilanski (Warsaw/PL)
Irina Fedorchenko, Sergey Marenkin (Moscow/RU)
Programme
83
14.00–16.00 Non-crystalline state at high pressure
Room
K1+2
P 9.1
P 9.2
P 9.4
Influence of the hydrogen bonding degree on the elastic properties
of propylene glycol oligomers under high pressure
Igor Danilov (Troitsk, Moscow, Dolgoprudny/RU)
Elena Gronitskaya (Troitsk, Moscow/RU), Alexander Lyapin
Probing fluid CH4 deep into the supercritical region: Raman and
X-ray diffraction measurements
John Proctor, Dean Smith (Manchester/GB)
Andrei Sapelkin (London/GB), Paraskevas Parisiades (Grenoble/FR)
Daniel Eden, Davind Cantiah (Manchester/GB)
Addison Marshall (Hull/GB), Malik Hakeem (Manchester/GB)
High pressure Raman study of perfluorotripentylamine (FC70)
Stavros Misopoulos, Aspasia Zerfiridou, Kyriokos Filintoglou
Dimitrios Christofilos, Sotirios Ves, Gerasimos A. Kourouklis
Ioannis Arvanitidis (Thessaloniki/GR)
84 Programme
14.00–16.00 Novel physical phenomena at high pressures and low temperatures
Room
K1+2
P 12.1
P 12.2
P 12.3
Superconductivity mediated by polar phonons in SrTiO3
Stephen Rowley (Rio de Janeiro/BR; Cambridge/GB)
Carsten Enderlein (Cambridge/GB; Rio de Janeiro/BR)
Jaime Ferreira de Oliveira (Rio de Janeiro/BR)
Francisco Dinola-Neto (Cambridge/GB; Manaus/BR)
Siddarth S. Saxena, Gilbert Lonzarich (Cambridge/GB)
Elisa Baggio Saitovitch (Rio de Janeiro/BR)
P 12.4
P 12.5
High pressure Raman and ab initio study of TlGaSe2
Sakin Jabarov (Da Nang/VN, Baku/AZ), Tofig Mammadov
Firudin Hashimzade (Baku/AZ), Leonid Dubrovinsky (Bayreuth/DE)
Sardar Babayev, Vafa Alieva (Baku/AZ), Toan Dang (Da Nang/VN)
P 12.6
Susceptibility measurement under pressure for the low-dimensional
spin systems: Cu(C8H16O4) Cl2 and Cu(C10H20O5) Br2·2H2O
Natalija van Well, Emmanuel Canevet, Christian Rüegg (Villigen/CH)
Metal-insulator-type transition in a high-pressure iron oxide
polymorph Fe4O5 involving dimer and trimer formation
Sergey Ovsyannikov, Maxim Bykov, Elena Bykova (Bayreuth/DE)
Denis P. Kozlenko (Dubna/RU), Alexander Tsirlin (Augsburg/DE)
Alexander Karkin, Vladimir Shchennikov (Jekaterinburg/RU)
Sergey Kichanov (Dubna/RU), Huiyang Gou (Beijing/CN)
Artem Abkumov, Ricardo Egoavil, Johan Verbeeck (Antwerp/BE)
Catherine McCammon (Bayreuth/DE), Vadim Dyadkin
Dmitry Chernyshov (Grenoble/FR), Sander van Smaalen
Linear-in-temperature resistivity close to a topological metal insulaor
transition in ultra-multi valley fcc-Ytterbium
Carsten Enderlein (Cambridge/GB; Rio de Janeiro/BR)
Elisa Baggio Saitovitch, Magda Fontes
Mucio Continentino (Rio de Janeiro/BR)
Structural and electronic properties of hcp-Os at ultrahigh pressure
Johan Jönsson, Marcus Ekholm (Linköping/SE), Alexey A. Tal
Programme
85
P 12.7
P 12.8
P 12.9
P 12.10
Anomalous field dependence of the susceptibility in Cd3As2
Pascal Reiss (Oxford/GB), Loic Drigo, Nicolas Bruyant (Toulouse/FR)
Dharmalingam Prabhakaran, Amir A. Haghighirad
Amalia I. Coldea (Oxford/GB)
Coexistence of site- and bond-centered electron localization in the
high pressure phase of the LuFe2O4 multiferroic
Giovanni Hearne, Emanuela Carleschi, Wisdom Sibanda
Philip Musyimi (Johannesburg/ZA)
Gildas Diguet (Johannesburg/ZA; Grenoble/FR), Yuri Kudasov
Dima Maslov, Alexandr Korshunov (Sarov/RU)
Pressure effects on weakly anisotropic magnetism in U4Ru7Ge6
Michal Vališka, Jaroslav Valenta, Petr Dolezal, Vladimir Tkac
Jan Prokleška, Martin Divis, Vladimír Sechovský (Prague/CZ)
Phase diagram of UCoAl doped with low amount of Ru
Petr Opletal, Jan Prokleška, Jaroslav Valenta
P 12.11
Effect of pressure and temperature on lattice dynamics of ZrB12 and
LuB12
Yuri Ponosov, Yuri Kuzmin, Elena Shreder (Jekaterinburg/RU)
Anna Levchenko, Vladimir Filippov, Natalya Shitsevalova (Kyiv/UA)
P 12.12
Evidence for a pressure-induced magnetic quantum transition in
UCoGa
Martin Míšek, Jan Prokleška, Michal Vališka, Petr Opletal, Jiri Kastil
Jiri Kamarad, Vladimír Sechovský (Prague/CZ)
P 12.13
High-pressure studies for hydrogen doped SmFeAsO1-xHx and
related materials
Takumi Shinzato, Hideto Soeda, Chizuru Kawashima (Tokyo/JP)
Soshi Iimura, Hiroshi Okanishi, Satoru Matsuishi
Hideo Hosono (Yokohama/JP), Hiroki Takahashi (Tokyo/JP)
P 12.14
Quantum criticality in CeRh(Si1-xGex)3 compounds under pressure
Jaroslav Valenta, Jiří Prchal, Marie Kratochvílová, Petr Opletal
86 Programme
P 12.15
P 12.16
P 12.17
Pressure effect on the antiferromagnetic transition of UIrGe
Jiří Prchal, Michal Vališka, Jaroslav Valenta
Stress-strain research on sintering polycrystalline diamond under
high pressure
Fang Peng, Wentao Li, Qiang Zhang, Cong Fan, Hao Liang
Yinjuan Liu Li Lei, Duanwei He (Chengdu/CN)
P 12.18
X-ray emission spectroscopy at extreme conditions at beamline P01,
PETRA III, DESY
Georg Spiekermann (Potsdam, Hamburg/DE)
Manuel Harder (Hamburg/DE)
Christopher Weis (Dortmund/DE), Christoph J. Sahle (Grenoble/FR)
Hasan Yavas (Hamburg/DE), Leonid Dubrovinsky (Bayreuth/DE)
Metin Tolan (Dortmund/DE), Christian Bressler (Hamburg/DE)
Christian Sternemann (Dortmund/DE), Max Wilke (Potsdam/DE)
P 12.19
Development of the EXAFS diagnostic on the National Ignition Facility
Federica Coppari, Daniel B. Thorn, Gregory E. Kemp (Livermore, CA/US)
R. Stephen Craxton, Emma M. Garcia (Rochester, NY/US), Yuan Ping
Jon H. Eggert, Marilyn B. Schneider (Livermore, CA/US)
P 12.20
Ultrafast dynamics in VO2 under high pressures
Johannes M. Braun, Harald Schneider, Manfred Helm (Dresden/DE)
Lynn A. Boatner (Oak Ridge, TN/US), Robert E. Marvel
Richard F. Haglund (Nashville, TN/US), Alexej Pashkin (Dresden/DE)
Novel physical phenomena at high pressures and low temperatures
Mohsen Abd-Elmeguid (Cologne/DE)
Programme
87
14.00–16.00
Room
P 15.1
P 15.2
K1+2
P 15.3
P 15.4
Mechanical and dynamical stability of As4O6 and As4O6:2He at high
pressures
Oscar Gomis, Vanesa Paula Cuenca-Gotor, Juan Ángel Sans
Francisco Javier Manjón Herrera (Valencia/ES)
Julia Contreras-García (Paris/FR)
Plácida Rodríguez-Hernández, Alfonso Muñoz (La Laguna, Tenerife/ES)
P 15.5
P 15.6
Interaction of carbonate melts and lower-mantle materials: role in
diamond genesis
Anna Spivak (Chernogolovka/RU), Leonid Dubrovinsky (Bayreuth/DE)
Yuriy Litvin (Chernogolovka/RU)
X-ray diffraction study of FeOOH under high pressures and high
temperatures
Akio Suzuki (Sendai/JP)
Deformation behaviour of ferropericlase (Mg, Fe) O in a graphite
heated diamond anvil cell under lower mantle conditions
Julia Immoor, Hauke Marquardt (Bayreuth/DE)
Sergio Speziale (Potsdam/DE), Lowell Miyagi (Salt Lake City, UT/US)
Hanns-Peter Liermann (Hamburg/DE)
Quantum effects in diamond isotopes at high pressures
Pavel Enkovich (Troitsk, Moscow/RU)
Vadim V. Brazhkin (Troitsk, Moscow, Dolgoprudny/RU), Sergei Lyapin
Albert Novikov (Troitsk, Moscow/RU), Hisao Kanda (Tsukuba, Ibaraki/JP)
Sergei Stishov (Troitsk, Moscow/RU)
Experimental evidence for ultrabasic-basic evolution of upper mantile
magma: role of olivine garnetization
Anastasia Kuzyura, Evgeny Limanov, Yuriy Litvin (Chernogolovka/RU)
88 Programme
P 15.7
P 15.8
P 15.9
Metallization of Silica Analogs: high pressure behavior of PbCl2 and SnCl2
Thomas Smart (Berkeley, CA/US), Earl O’Bannon (Santa Cruz, CA/US)
Matthew Diamond, Budhiram Godwal (Berkeley, CA/US)
Stephen Stackhouse (Leeds/GB), Quentin Williams (Santa Cruz, CA/US)
Raymond Jeanloz (Berkeley, CA, Livermore, CA/US)
Bulk modulus of Fe-rich olivines
Nicolas Tercé, Frederic Bejina, Misha Bystricky (Toulouse/FR)
Matthew Whitaker, Haiyan Chen (Stony Brook, Upton, NY/US)
Is electrical resistivity constant on the pressure-dependent melting
boundary?
Richard Secco, Innocent Ezenwa, Reynold Sukara, Joshua Littleton
Wenjun Yong (London/CA)
P 15.10
P 15.11
Equation of state, phase diagram and melting iron at earth core
conditions
Peter Dorogokupets (Irkutsk/RU), Konstantin Litasov (Novosbirsk/RU)
Tatiana Sokolova (Irkutsk/RU), Anna Dymahits (Novosibirsk/RU)
P 15.12
P 15.13
Effect of composition on compressibility of skiagite-Fe-majorite garnet
Leyla Ismailova, Maxim Bykov, Elena Bykova (Bayreuth/DE)
Andrei Bobrov (Moscow/RU), Catherine McCammon
Natalia Dubrovinskaia, Leonid Dubrovinsky (Bayreuth/DE)
The effect of iron content and hydration state on the elastic moduli
of single-crystal ringwoodite at high pressure
Kirsten Schulze, Hauke Marquardt, Takaaki Kawazoe
Alexander Kurnosov (Bayreuth/DE), Monika Koch-Müller (Potsdam/DE)
Tiziana Boffa Ballaran (Bayreuth/DE)
Internally consistent single-crystal elasticity of (Mg, Fe)2SiO4
wadsleyite at high pressures and high temperatures
Johannes Buchen, Hauke Marquardt
Alexander Kurnosov (Bayreuth/DE), Sergio Speziale (Potsdam/DE)
Takaaki Kawazoe, Tiziana Boffa, Ballaran (Bayreuth/DE)
Programme
89
P 15.14
P 15.15
Combination of laser ultrasonics and Raman spectroscopy in the laser
heated diamond anvil cell
Dmitrii Velikovskii (Honolulu, HI/US; Moscow/RU)
Pavel Zinin (Honolulu, HI/US; Moscow/RU)
Shiv Sharma (Honolulu, HI/US)
Study of the single-crystal elasticity of Mg0.9Fe0.1Si0.9Al0.1O3:
bridgmanite up to lower mantle pressures
Alexander Kurnosov, Hauke Marquardt, Tiziana Boffa Ballaran
Dan Frost (Bayreuth/DE)
14.00–16.00 Melting at high pressures: new methods, new findings, and new
controversies?
Room
K1+2
P 17.1
Phase relations of CuBr under high pressure and temperature
Osamu Ohtaka, Yusuke Yasuhiro, Aoki Morimoto (Toyonaka/JP)
Akira Yoshiasa, Tsubasa Tobase (Kumamoto/JP)
Akihiko Nakatsuka (Ube/JP), Takumi Kikegawa (Tsukuba/JP)
Akio Suzuki, Hiroshi Arima (Sendai/JP), Hiroyuki Saitoh (Sayo‒cho/JP)
P 17.2
P 17.3
The influence of wavelength-dependent absorption and temperature
gradients on temperature determination in laser-heated
diamond-anvil cells
Jie Deng, Kanani Lee (New Haven, CT/US)
90 Programme
Melting curves of metals with excited electrons in the quasiharmonic
approximation
Dmitry Minakov (Moscow, Dolgoprudny/RU)
Pavel Levashov (Moscow/RU)
Poster Session II • Thursday, 8 September 2016
14.00–16.00 Novel in-house high-pressure instrumentation
Room
K1+2
P 3.1
Polymer-precursor-derived SiC/TiC composites for resistive heaters
in multianvil high pressure/high-temperature experiments
Marcus Schwarz (Freiberg/DE), Li Guan (Henan/CN; Freiberg/DE)
Edwin Kroke (Freiberg/DE)
P 3.3
P 3.4
Generation of pressures over 40 GPa using Kawai-type multi-anvil
apparatus with tungsten carbide anvils
Takayuki Ishii, Nobuyoshi Miyajima, Takaaki Kawazoe
Tomoo Katsura (Bayreuth/DE), Yuji Higo (Kouto/JP)
Yoshinori Tange (Kouto, Matsuyama/JP), Noriyoshi Tsujino (Misasa/JP)
A system for low temperature experiments in a 3000-ton multi-anvil press
Richard Secco, Wenjun Yong (London/CA)
Programme
91
14.00–16.00 Novel high-pressure instrumentation at large-scale facilities:
Room
K1+2
P 4.1
A fast LAMBDA detector and pink beam at the extreme conditions
beamline P02.2 at PETRA III
Hanns-Peter Liermann (Hamburg/DE), Björn Winkler (Frankfurt a. M./DE)
P 4.2
Development of multi-axis DAC oscillation system for powder XRD
experiments
Hitoshi Yusa (Tsukuba/JP), Naohisa Hirao (Sayo/JP)
Yoshihisa Mori (Okayama/JP), Yusuke Seto (Kobe/JP)
Yasuo Ohishi (Sayo/JP)
P 4.3
P 4.4
P 4.5
P 4.6
P 4.7
P 4.8
Laser-heating capabilities on I15 at diamond light source
Simone Anzellini, Annette Kleppe, Dominik Daisenberger
Michael Wharmby, Allan Ross, Stuart Gurney, Jon Thompson
Mark Booth, Lee Hudson, Heribert Wilhelm (Didcot/GB)
92 Programme
Fast compression using dynamic DAC and LAMBDA detector at ECB,
PETRAIII, DESY
Zuzana Konopkova, Hanns-Peter Liermann, Mario Wendt
David Pennicard, Andre Rothkirch (Hamburg/DE)
Zsolt Jenei William Evans (Livermore, CA/US)
Development of the falling-sphere technique for measuring the
viscosity of liquid under high pressure
Ken-ichi Funakoshi (Tokai/JP), Osamu Ohtaka (Toyonaka/JP)
A new large volume press with six hydraulic rams installed at P61.2
in PETRAIII extension project
Norimasa Nishiyama, Stefan Sonntag (Hamburg/DE)
Eleonora Kulik (Hamburg, Bayreuth/DE), Nico Alexander Gaida (Kiel/DE)
Tomoo Katsura (Bayreuth/DE)
Multi-Staging in LVPs
Hans J. Mueller (Potsdam/DE)
Advanced high-resolution integrated optical system
14.00–16.00 Transport properties at high pressures
Room
K1+2
P 6.1
Electrical transport properties of the unconventional
superconductor YFe2Ge2 under high pressure
Konstantin Semeniuk, Jiasheng Chen, Zhuo Feng, Philip Brown
Yang Zou, Giulio Lampronti, F. Malte Grosche (Cambridge/GB)
P 6.2
P 6.3
P 6.4
P 6.5
P 6.6
P 6.7
Measurement of thermal conductivity using Laser Heated Diamond
Anvil Cell
Goutam Dev Mukherjee, Pinku Saha (Mohanpur, Nadia/IN)
Superconductivity in high-pressure states of bismuth
Philip Brown, Konstantin Semeniuk
F. Malte Grosche (Cambridge/GB)
Resistivity kinetics and phase transformations in graphite and
graphene at high pressures
Galina Tikhomirova, Tamara Petrosyan
Alexander Tebenkov (Jekaterinburg/RU)
Thermoelectric properties of Bi2-xSbxTe3-ySey crystals at high
pressure up to 20 GPa
Igor Korobeynikov (Jekaterinburg/RU)
Sergey Ovsyannikov (Bayreuth/DE)
Vladimir Shchennikov (Jekaterinburg/RU)
Hall effect and electrical resistivity of Cd3As2 + MnAs (30%)
composite at high pressure
Akhmedbek Mollaev, Luiza Saypulaeva
Abdullabek Alibekov (Makhachkala/RU), Sergey Marenkin
Irina Fedorchenko (Moscow/RU)
Pressure-induced superconductivity above 55 K in disilane
Panpan Kong, Alexander P. Drozdov (Mainz/DE)
Edwin Kroke (Freiberg/DE), Mikhail I. Eremets (Mainz/DE)
P 6.8
Impedance and structure investigations of C70 at pressure up to 30 GPa
Yana Volkova, Vladimir Lentyakov (Jekaterinburg/RU)
P 6.9
Magnetic measurements on rare earth and actinide compounds with
a miniature ceramic anvil high pressure cell
Naoyuki Tateiwa (Tokai, Naka, Ibaraki/JP)
Programme
93
P 6.10
14.00–16.00
Room
Diacell® ChicagoDAC, the ultimate tool for high pressure low
temperature transport measurements
Christophe L. Guillaume (Reading/GB)
Kirill K. Zhuravlev (Diksmuide/BE)
P 10.1
P 10.2
P 10.3
P 10.4
Impact of stress on structure and stability of selected group-IV
crystalline materials
Chorfi Hocine (Oviedo, Constantine/ES), Miguel Angel Salvadó
Ruth Franco (Oviedo/ES)
Boudjada Fahima (Constantine/ES; Lyon/FR)
Jose Manuel Recio (Oviedo/ES)
Machine learning interatomic potential
Ivan Kruglov, Alexey Yanilkin, Oleg Sergeev
Artem Oganov (Moscow, Dolgoprudny/RU)
P 10.5
Electronic topological transition in niobium under pressure and its
relation to Hooke’s law
Andrey Lugovskoy (Moscow/RU), Igor Mosyagin (Linköping/SE)
Alena Ponomareva (Moscow/RU)
P 10.6
Interface pinning for the study of melting – the case of MgO
Gabriella Graziano (London/GB)
Carlos Pinilla-Castellanos (London/GB; Barranquilla/CO)
Lars Stixrude (London/GB)
94 Programme
Theoretical modelling of condensed matter at extreme conditions
K1+2
Exploring solids with chemical pressure maps – from prototype to
technological materials
Hussien Helmy Osman, Miguel Angel Salvadó, Pilar Pertierra
Elasticity and phase stability of transition metals under extreme
static compression
Andrey Lugovskoy, Oleg Krasilnikov, Yuri Vekilov (Moscow/RU)
P 10.7
The anion in metallic matrices model in the light of the chemical
pressure formalism
Hussien Helmy Osman, Miguel Angel Salvadó, Pilar Pertierra (Oviedo/ES)
Angel Vegas (Burgos/ES), Jose Manuel Recio (Oviedo/ES)
P 10.8
P 10.9
P 10.10
Ab initio high pressure study of NaNb3O8
Khatir Babesse (La Laguna, Tenerife/ES)
Dalila Hammoutene (El Alia Bab Ezzouar, Algiers/DZ)
Plácida Rodríguez-Hernández, Alfonso Muñoz (La Laguna, Tenerife/ES)
Structural and electronic behaviour of MoSe2 at Mbar pressures
Oto Kohulák, Roman Martoňák (Bratislava/SK)
Dynamical properties under pressure of CdGeP2 pictinide semicon
ductor from ab initio simulations
Alfonso Muñoz, Eduardo Coello Rodríguez, Plácida Rodríguez
Hernández (La Laguna, Tenerife/ES)
P 10.11
P 10.12
New high-pressure phases predicted for SiS2
Dusan Plasienka, Roman Martoňák (Bratislava/SK)
Erio Tosatti (Trieste/IT)
P 10.13
Ionic ammonia-water mixtures at high pressures
Victor Naden Robinson (Edinburgh/GB), Yanchao Wang
Yanming Ma (Changchun/CN), Andreas Hermann (Edinburgh/GB)
P 10.14
Molecular mixtures at high pressures
Mandy Bethkenhagen (Rostock/DE)
Edmund R. Meyer (Los Alamos, NM/US), Daniel Cebulla (Rostock/DE)
Sebastien Hamel (Livermore, CA/US)
Nadine Nettelmann (Rostock/DE; Santa Cruz, CA/US)
Martin French (Rostock/DE), Christopher Ticknor, Lee A. Collins
Joel D. Krass (Los Alamos, NM/US)
Jonathan J. Fortney (Santa Cruz, CA/US), Ronald Redmer (Rostock/DE)
First-principles study on anharmonic effects in simple cubic calcium
under high-pressure
Akitaka Nakanishi, Takahiro Ishikawa, Katsuya Shimizu (Toyonaka/JP)
Programme
95
P 10.15
P 10.16
P 10.17
Hydrates on the high pressure range up to 1 GPa
Fernando Izquierdo-Ruiz (Oviedo, Torrejón de Ardoz/ES)
Alba San José Méndez, Olga Prieto Ballesteros (Torrejón de Ardoz/ES)
Topological transitions of the Fermi surface of Osmium under
pressure – an LDA+DMFT study
Marcus Ekholm, Qingguo Feng, Johan Jönsson
Theoretical investigation of disordered Ir-Os alloys under pressure
Ekaterina Smirnova (Moscow/RU)
14.00–16.00 High pressure synthetic chemistry
Room
K1+2
P 11.1
Niamond – superhard diamond-cBN alloy formed under high pressure
and high temperature
Duanwei He, Pei Wang, Yinjuan Liu (Chengdu/CN)
P 11.2
The synthesis of nanocrystalline diamond balls to generate
ultra-high pressures in diamond anvil cells
Stella Chariton, Maxim Bykov, Natalia Solopova, Natalia Dubrovinskaia
P 11.3
Ordering of interstitial nitrogen in hcp iron under high pressure
Li Lei (Chengdu/CN), Leiming Fang (Mianyang/CN), Shangpan Gao
Qiwei Hu, Fang Peng, Duanwei He (Chengdu/CN), Xiping Chen
Yuanhua Xia, Bo Chen (Mianyang/CN), Hiroaki Ohfuji, Yohei Kojima
Tetsuo Irifune (Matsuyama/JP)
P 11.4
Nitrogen pentafluoride accessed via high-pressure synthesis:
evidence for hexacoordinated N(V)
Dominik Kurzydłowski, Patryk Zaleski-Ejgierd (Warsaw/PL)
P 11.5
Synthesis and crystal structure of the new high-pressure indium
borate In19B34O74(OH)11
Daniela Vitzthum, Klaus Wurst, Hubert Huppertz (Innsbruck/AT)
96 Programme
P 11.6
High pressure synthesis of geometric frustrated rare earth
pyrochlores RE2Ge2-xSixO7 with multianvil technique
Mathis Antlauf, Marcus Schwarz, Edwin Kroke (Freiberg/DE)
P 11.8
P 11.9
High pressure synthesis of Li2IrO3
Lisa Leissner, Marcus Schwarz, Edwin Kroke (Freiberg/DE)
P 11.10
Hydrothermal synthesis of GTS-type sodium titanosilicate and
temperature dependence of Er3+ ion exchange
Keiko Fujiwara, Akihiko Nakatsuka (Ube/JP)
P 11.11
Conversion of graphene and fullerenes to diamond, and diamondlike
phases
John Proctor, Dean Smith, Malik Hakeem, Hasibah Ahmad
Cristina Simionescu, Iain Crowe, Matthew Halsall (Manchester/GB)
P 11.12
P 11.13
Stable solid and aqueous H2CO3 from CO2 and H2O at high pressure
and high temperature
Hongbo Wang (Mainz/DE)
Hidden face of Silicon-III BC8 allotrope: Study of samples obtained in
the Na-Si system at recordly low pressures
Oleksandr Kurakevych, Yann Le Godec (Paris/FR)
Wislon Crichton (Grenoble/FR)
Timothy Strobel (Washington D.C./US), Christel Gervais (Paris/FR)
Synthesis of a new high pressure polymorph of potassium iridate
Ulrich Bläß, Marcus Schwarz, Edwin Kroke (Freiberg/DE)
Programme
97
14.00–16.00 High pressure bio-, life and food sciences/ Pharmaceutical and
organic compounds
Room
K1+2
P 14.1
High pressure Raman study of polyvinyl-toluene
Vinay Rastogi, Usha Rao, Shivanand Chaurasia, Himanshu Kumar
Poswal Manmohan Kumar, Surinder M. Sharma (Mumbai/IN)
P 14.3
Experimental studies of gas hydrate formation-dissociation under
submarine conditions
José Alberto Rodríguez Agudo, Jinyoung Park, Giovanni Luzi (Busan/KR)
Cornelia Rauh (Berlin/DE), Andreas Wierschem
Antonio Delgado (Erlangen/DE)
P 14.4
Production of kefir under high pressure – a case-study of fermentation
under innovative conditions
Ana C. Ribeiro, Maria J. Mota, Rita P. Lopes (Aveiro/PT)
Rita S. Inácio (Aveiro, Porto/PT), Ivonne Delgadillo
P 14.5
High pressure processing pasteurization of raw sheep cheese
Rita S. Inácio (Aveiro, Porto/PT), Ana M. P. Gomes (Porto/PT)
P 14.6
Holding time of HHP as affecting parameter on quality of liquid
whole egg
Adrienn Tóth, Csaba Németh, Ferenc Horváth, Barbara Csehi
Bertold Salamon (Budapest/HU)
P 14.7
Evaluation of quality changes of beetroot juice after high hydrostatic
pressure (HHP) processing
Barbara Sokolowska, Lukasz Wozniak, Sylwia Skapska
Izabela Porebska, Justyna Nasilowska, Sylwester J. Rzoska (Warsaw/PL)
98 Programme
P 14.8
The analysis of protein and physico-chemical changes in high
hydrostatic pressure or heat treated whole milk
Adrienn Tóth, Barbara Csehi, Klára Pásztor-Huszár
Bertold Salamon Ildikó Zeke, Gábor Jónás
László Friedrich (Budapest/HU)
P 14.9
Pressure-induced structural phase transition of L-phenylalanine
studied by Raman spectroscopy
Aspasia Zerfiridou, Kyriokos Filintoglou, Amalia M. Paschou
Dimitrios Christofilos, Maria Katsikini, Sotirios Ves
Gerasimos A. Kourouklis, Ioannis Arvanitidis (Thessaloniki/GR)
P 14.10
Tuning a colourful organic crystal with pressure
Nicholas Funnell (Didcot/GB), Elena Harty, Alex Ha (Oxford/GB)
Mark Warren (Didcot/GB), Amber Thompson (Oxford/GB)
David Allan (Didcot/GB), Andrew Goodwin (Oxford/GB)
P 14.11
Alternatives to “co-crystal – salt” transitions in glycine co-crystals at
low temperature and high pressure – two new examples as a
follow-up to a glycine-glutaric acid study
Evgeniy Losev, Boris Zakharov, Elena Boldyreva (Novosibirsk/RU)
P 14.12
How do isoenergetic polymorphs behave under pressure? – a case
study of tolazamide
Alexey Fedorov, Denis Rychkov, Evgeniy Losev, Boris Zakharov
Programme
99
14.00–16.00 Ultra-high static and dynamic pressures generation
Room
K1+2
P 16.1
High pressure and high temperature generation using multianvil
apparatus with sintered diamond anvils
Takeshi Arimoto, Tetsuo Irifune, Masayuki Nishi (Matsuyama/JP)
Yoshinori Tange (Kouto, Matsuyama/JP)
Takehiro Kunimoto (Matsuyama/JP)
14.00–16.00 Dynamic compression and time resolved measurements: from
meteorites to novel materials
Room
K1+2
P 18.1
In situ observation of high-pressure phase transition in silicon
carbide under shock loading using ultrafast x‐ray diffraction
Sally June Tracy (Princeton, NJ/US)
Raymond F. Smith (Livermore, CA/US)
June K. Wicks (Princeton, NJ/US)
Dayne Fratanduono (Livermore, CA/US)
Arianna Gleason (Los Alamos, NM; Palo Alto, CA/US)
Cindy Bolme (Los Alamos, NM/US), Sergio Speziale (Potsdam/DE)
Karen Appel (Hamburg/DE), Vitali B. Prakapenka (Argonne, IL/US)
Amalia Fernandez Pañella (Livermore, CA/US)
Hae Ja Lee (Palo Alto, CA/US)
Bob Nagler, Andy McKinnon, Franz Tavella (Menlo Park, CA/US)
100 Programme
14.00–16.00 Carbonates at extreme conditions and volatiles in Earth and
planetary interiors
Room
K1+2
P 19.1
From the crust to the core, FeCO3 stability field in the deep Earth
Elena Bykova (Bayreuth/DE), Marco Merlini (Milan/IT)
Ilya Kupenko (Grenoble/FR; Münster, Bayreuth/DE), Leyla Ismailova
Catherine McCammon (Bayreuth/DE)
Maxim Bykov (Bayreuth/DE), Sylvain Petitgirard (Bayreuth/DE)
Aleksandr I. Chumakov, Rudolf Rüffer (Grenoble/FR)
P 19.2
Elastic properties of iron-bearing carbonates and implications for the
deep Earth
Catherine McCammon, Stella Chariton (Bayreuth/DE)
Ilya Kupenko (Grenoble/FR; Münster, Bayreuth/DE), Denis Vasiukov
Georgios Aprilis (Bayreuth/DE), Aleksandr I. Chumakov (Grenoble/FR)
P 19.3
Single-crystal elasticity of SrCO3 by Brillouin spectroscopy and
density functional theory calculations
Nicole Biedermann, Sergio Speziale (Potsdam/DE)
Björn Winkler (Frankfurt a. M./DE), Hans-Josef Reichmann
Monika Koch-Müller (Potsdam/DE)
P 19.4
High-pressure phase behavior of SrCO3 – an experimental and
computational Raman scattering study
Nicole Biedermann, Sergio Speziale (Potsdam/DE)
Björn Winkler (Frankfurt a. M./DE), Hans-Josef Reichmann
Monika Koch-Müller (Potsdam/DE), Gerhard Heide (Freiberg/DE)
P 19.5
The elastic stiffness tensor of natural dolomite
Silvia Gentili (Perugia/IT), Sergio Speziale, Bernd Wunder
Hans-Josef Reichmann (Potsdam/DE), Azzurra Zucchini
Paola Comodi (Perugia/IT)
Programme
101
P 19.6
Deformation of water ice VI: a single-crystal X-ray diffraction study
Anna S. Pakhomova, Tiziana Boffa Ballaran
Alexander Kurnosov (Bayreuth/DE)
P 19.7
Coupled substitution of Fe3+ and H+ for Si in wadsleyite: a study by
polarized infrared and Mössbauer spectroscopies and single-crystal
X-ray diffraction
Takaaki Kawazoe, Alok Chaudhari (Bayreuth/DE)
Joseph Smyth (Boilder, CO/US), Catherine McCammon (Bayreuth/DE)
P 19.9
Experimental approach for the stability fields of hydrous minerals in
the Earth’s lower mantle
Itaru Ohira (Sendai, Miyagi/JP)
Seiji Kamada (Sendai/JP), Naohisa Hirao (Sayo/JP)
P 19.10
Raman study of methane to 160 GPa
John Proctor, Davind Cantiah, Malik Hakeem
Dean Smith (Manchester/GB)
102 Programme
Participant List
A
Abd-Elmeguid, Mohsen
University of Cologne, Cologne/DE
53, 87
Abe, Ryota
Tohoku University, Sendai, Miyagi/JP
Aguado, Fernando
University of Cantabra, Santander/ES
82
Alabarse, Frederico
IMPMC - University Pierre and Marie CURIE
Paris/FR
41
Angel, Ross J.
University of Padova, Padova/IT
24, 25, 51
Antlauf, Mathis
TU Bergakademie Freiberg, Freiberg/DE
97
Anzellini, Simone
Diamond Light Source Ltd., Didcot/GB
57, 92
Aoki, Katsutoshi
University of Tokyo, Tokyo/JP
72, 80
B
Babesse, Khatir
95
University of La Laguna, La Laguna, Tenerife/ES
Baggio Saitovitch, Elisa
Centro Brasileiro de Pesquisas Físicas
Rio de Janeiro/BR
85
Barkalov, Oleg
55, 65
Russian Academy of Sciences, Chernogolovka/RU
Bejina, Frederic
University Toulouse III - Paul Sabatier
Toulouse/FR
37, 89
Bergara, Aitor
University of the Basque Country
Leioa, Donostia/ES
69, 79
Besedin, Stanislav
75
Max Planck Institute for Chemistry, Mainz/DE
66, 77, 100
Aprilis, Georgios
39, 46, 52, 70, 101
Aquilanti, Giuliana
57
Elettra-Sincrotrone Trieste S.C.p.A., Trieste/IT
Araki, Masatada
Zhuhai Juxin Sci. & Tech. Co. Ltd., Handa Aichi/JP
Arimoto, Takeshi
Ehime University, Matsuyama/JP
6, 82, 84, 99
76
Abrikosov, Igor A.
5, 42, 72, 78, 85, 94, 96
Linköping University, Linköping/SE
Appel, Karen
European XFEL GmbH, Hamburg/DE
Arvanitidis, Ioannis
Aristotle University of Thessaloniki
Thessaloniki/GR
Biedermann, Nicole
German Research Centre for Geosciences
Potsdam/DE
101
Bläß, Ulrich
97
Boccato, Silvia
European Synchrotron Radiation Facility
Grenoble/FR
57
Boehler, Reinhard
5, 38, 41, 43, 49, 57
Carnegie Institution for Science
Washington D.C./US
37, 44, 100
Arslanov, Rasul
83
Russian Academy of Sciences, Makhachkala/RU
Boldyreva, Elena
47, 79, 99
Novosibirsk State University, Novosibirsk/RU
Braun, Johannes M.
Technical University Dresden, Dresden/DE
Programme
87
103
Participant List
Brazhkin, Vadim V.
Russian Academy of Sciences
Troitsk, Moscow, Dolgoprudny/RU
48, 84, 88
Briggs, Richard
Grenoble/FR
Brooks, Nick
Imperial College London, London/GB
52, 56
6, 40
Brown, Philip
University of Cambridge, Cambridge/GB
93
Buchen, Johannes
89
Buga, Sergei
6, 65
Moscow Institute of Physics and Technology
Moscow, Dolgoprudny/RU
Bull, Craig
STFC, ISIS Facility, Didcot/GB
Chao, Danming
Jilin University, Changchun/CN
Chariton, Stella
46, 70, 96, 101
Chen, Xiao-Jia
Center for High Pressure Science & Technology
Advanced Research, Shanghai/CN
Christofilos, Dimitrios
Aristotle University of Thessaloniki
Thessaloniki/GR
5, 82, 84, 99
Chumakov, Aleksandr I.
39, 43, 46, 69, 101
Grenoble/FR
38, 42, 80, 83
Bykov, Maxim 51, 61, 62, 68, 70, 81, 85, 89, 96, 101
University of Bayreuth, Bayreuth/DE Bykova, Elena 39, 51, 62, 68, 70, 81, 85, 89, 101
C
Cairns, Andrew
Grenoble/FR
Capone, Mara
University of Edinburgh, Edinburgh/GB
Chuvashova, Irina
68
Coak, Matthew J.
69
Collings, Ines
62
83
Coppari, Federica
37, 56, 87
Lawrence Livermore National Laboratory
Livermore, CA/US
83
Cuenca-Gotor, Vanesa Paula
University of Valencia, Valencia/ES
Caracas, Razvan
45, 76
École normale supérieure de Lyon, Lyon/FR
Cebulla, Daniel
University of Rostock, Rostock/DE
72, 95
Celliers, Peter M.
Lawrence Livermore National Laboratory,
Livermore, CA/US
62, 63
104 Programme
Cerantola, Valerio
39, 46, 70, 87, 101
Grenoble/FR
D
Daisenberger, Dominik
Danilov, Igor
Russian Academy of Sciences
Troitsk, Moscow, Dolgoprudny/RU
Danilson, Lisa
Jacobs JETS, NASA JSC, Houston, TX/US
79, 88
46, 92
84
Participant List
Degtyareva, Valentina
44
Russian Academy of Sciences, Chernogolovka/RU
Eremets, Mikhail I.
5, 65, 93
Deng, Jie
Yale University, New Haven, CT/US
F
Fabbiani, Francesca P. A.
Georg-August-University Göttingen
Göttingen/DE
90
Dewaele, Agnès
5, 52, 53, 61, 75
French Alternative Energies and Atomic Energy
Commission (CEA), Bruyères-le-Châtel/FR
Dmitriev, Vladimir
Grenoble/FR
47
Falkowski, Viktoria
55, 61
Fedorov, Alexey
Novosibirsk State University, Novosibirsk/RU
99
Dobromyslov, Arkadiy
M. N. Miheev Institute of Metal Physics
Jekaterinburg/RU
81
Filinchuck, Yaroslav
Université catholique de Louvain
Louvain‐la‐Neuve/BE
75
Dorogokupets, Peter
Russian Academy of Sciences, Irkutsk/RU
89
Freeman, Kenneth N.
61
Friedemann, Sven
University of Bristol, Bristol/GB
62
Dubrovinskaia, Natalia 5, 6, 7, 39, 42, 52, 61, 62
University of Bayreuth, Bayreuth/DE 68, 89, 96
Dubrovinsky, Leonid 5, 7, 38, 39, 40, 41, 42, 46
51, 52, 54, 61, 62, 68 70, 81, 85, 87, 88, 89, 96, 101
Duffy, Thomas S.
37, 56, 100
Princeton University, Princeton, NJ/US
76, 90
43
Fruhner, Chris-Julian
70
Goethe University Frankfurt, Frankfurt a. M./DE
Efthimiopoulos, Ilias
Potsdam/DE
Enkovich, Pavel
Russian Academy of Sciences Troitsk
Moscow/RU
6, 42, 51
Friese, Karen
5, 65
Forschungszentrum Jülich GmbH, Jülich/DE
Frost, Dan
E
Ebad-Allah, Jihaan
University of Augsburg, Augsburg/DE
Ekholm, Marcus
Friedrich, Alexandra
University Würzburg, Würzburg/DE
76
Fuchizaki, Kazuhiro
42, 85, 96
88
Fujiwara, Keiko
Yamaguchi University, Ube/JP
58
80, 97
Funakoshi, Ken-ichi
38, 92
Comprehensive Research Organization for
Science and Society, Tokai/JP
Funnell, Nicholas
STFC, ISIS Facility, Didcot/GB
38, 99
Programme
105
Participant List
G
Gaida, Nico Alexander
University Kiel, Kiel/DE
53, 92
Guthrie, Malcolm
12, 38, 41, 43, 54, 83
European Spallation Source ERIC, Lund/SE
Galica, Tomasz
80
Wroclaw University of Technology, Wrocław/PL
H
Haberl, Bianca
38, 43
Oak Ridge National Laboratory, Oak Ridge, TN/US
Garbarino, Gaston 6, 53, 58, 65, 66, 68, 69, 71, 76
Grenoble/FR
Gawraczyński, Jakub
University of Warsaw, Warsaw/PL
81
Glazyrin, Konstantin
DESY, Hamburg/DE
81
Haines, C. R. Sebastian
Hanfland, Michael
5, 46, 62, 66
Grenoble/FR
Hassan Osman, Hussien Helmy
Universidad de Oviedo, Oviedo/ES
Goncharov, Alexander F.
40, 52, 55, 63, 69, 92
Washington D.C./US
Hattori, Takanori
Japan Atomic Energy Agency, Ibaraki/JP
Gonzalez, Jesus
6, 47, 55, 82
Häussermann, Ulrich
Stockholm University, Stockholm/SE
Gorelli, Federico
6, 53, 54, 77
University of Florence, Sesto Fiorentino/IT
Hazael, Rachael
University College London, London/GB
Gorman, Martin
He, Duanwei
Sichuan University, Chengdu/CN
Gou, Huiyang
HPSTAR, Beijing/CN
Graziano, Gabriella
Greenberg, Eran
University of Chicago, Argonne, IL/US
Grosche, F. Malte
69
56
53, 85
94
39, 65, 78
59, 93
38, 45
6, 53
40
79, 87, 96
Hearne, Giovanni
54, 86
University of Johannesburg, Johannesburg/ZA
Henry, Paul
European Spallation Source ERIC, Lund/SE
Hermann, Andreas
41, 72, 95
Hernandez, Ignacio
47
Grzelak, Adam
81
Hocine, Chorfi
94
Universidad de Oviedo, Oviedo, Constantine/ES
Guillaume, Christophe L.
University of Reading, Reading/GB
94
Holzapfel, Wilfried B.
51, 55, 72
University of Paderborn, Paderborn/DE
Hope, Karl
106 Programme
80
Participant List
Huppertz, Hubert
5, 28, 53, 65, 68, 71, 96
K
Kamenev, Konstantin 6, 8, 38, 42, 62, 63, 67, 68
Huxley, Andrew
Katrusiak, Andrzej
6, 47, 63, 82
Adam Mickiewicz University, Poznań/PL
59, 67
I
Immoor, Julia
88
Irifune, Tetsuo
5, 37, 39, 40, 44, 52, 57, 96, 100
Kawashima, Chizuru
Nihon University, Tokyo/JP
54, 86
Kawazoe, Takaaki
Ishii, Takayuki
44, 91
Kepa, Michal
Ishikawa, Takahiro
Osaka University, Toyonaka/JP
78, 95
Khomskii, Daniel
89, 91, 102
59, 67
53
Ismailova, Leyla
39, 51, 70, 89, 101
Klotz, Stefan
5, 6, 38, 39, 41, 46, 54
Paris/FR
Isobe, Masahiko
Max Planck Institute for Solid State Research
Stuttgart/DE
71
Ko, Jing Ying
Friedrich-Alexander-Universität Erlangen Nürnberg
Nürnberg/DE
Izquierdo-Ruiz, Fernando
Universidad de Oviedo
Oviedo, Torrejón de Ardoz/ES
96
Köhler, Anke
J
Jabarov, Sakin
The Frank Laboratory of Neutron Physics
Da Nang/VN, Baku/AZ
Jeanneau, Justin
Institut NEEL CNRS, Grenoble/FR
Jönsson, Johan
Jorba, Pau
Technical University of Munich, Munich/DE
82
Kohulák, Oto
95
Comenius University in Bratislava, Bratislava/SK
54, 85
Konar, Sumit
48
71
Kong, Panpan
93
85, 96
Konieczny, Krzysztof
80
Wroclaw University of Technology, Wrocław/PL
77
Konopkova, Zuzana
55, 66, 69, 92
European XFEL GmbH, Hamburg/DE
Joseph, Boby
45, 66
Elettra-Sincrotrone Trieste S.C.p.A., Trieste/IT
Korobeynikov, Igor
M. N. Miheev Institute of Metal Physics
Jekaterinburg/RU
Programme
93
107
Participant List
Kozlenko, Denis P.
5, 38, 41, 54, 85
The Frank Laboratory of Neutron Physics
Dubna/RU
Kraus, Richard G.
Livermore, CA/US
37, 56
Kruglov, Ivan
55, 94
Kulik, Eleonora
DESY, Hamburg/DE
45, 92
Layek, Samar
65
Lebert, Blair
41, 46
Paris/FR
Lee, Geun Woo
49, 82
Korea Research Institute of Standards and
Science, Daejeon/KR
Lee, Yun-Hee
Korea Research Institute of Standards and
Science, Daejeon/KR
Lei, Li
82
87, 96
Kulnitskiy, Boris
55
80
Leissner, Lisa
97
Kuno, Keiji
Gifu University, Gifu/JP
43
Leonov, Ivan
78
Kuntscher, Christine
Li, Fangfei
Jilin University, Changchun/CN
81
Kupenko, Ilya
39, 46, 52, 70, 87, 101
University of Münster, Münster/DE
Kurakevych, Oleksandr
71, 97
Paris/FR
Kurnosov, Alexander
Kurzydłowski, Dominik
Liu, YanHui
Yanbian University, Yanji/CN
81
81, 96
Liu, Yinjuan
79, 87, 96
69
Liu, Zhaodong
51
Laniel, Dominique
53
108 Programme
Litvin, Yuriy
40, 88
Russian Academy of Sciences , Chernogolovka/RU
89, 90, 102
Kusmartseva, Anna
Loughborough University, Loughborough/GB
L
Langrand, Christopher
Université de Lille, Lille/FR
Liebermann, Robert C.
22, 23, 37, 82
Stony Brook University, Stony Brook, NY/US
44
Liu, Yi
Shijiazhang/CN
Loa, Ingo
6, 61
Participant List
Loubeyre, Paul
37, 52, 53, 58, 61, 63, 66, 75
Loveday, John S.
5, 12, 38, 41, 48, 51, 54, 55
76, 83
Lugovskoy, Andrey
94
National University of Science and Technology
«MISIS», Moscow/RU
Lukin, Evgeniy
38, 54
Joint Institute for Nuclear Research, Dubna/RU
Lyubutin, Igor S.
Russian Academy of Sciences, Moscow/RU
M
Machikhin, Alexander
Maeda, Fumiya
Tohoku University, Sendai/JP
69
McCammon, Catherine 39, 46, 52, 62, 70, 85, 89 University of Bayreuth, Bayreuth/DE
101, 102
McMahon, Malcolm I.
McWilliams, R. Stewart
52, 56, 63, 69
Medvedev, Sergey A.
55, 65
Max Planck Institute for Chemical Physics of Solids,
Dresden/DE
Meersmann, Filip
Melchior, Aviva
82
Nuclear Research Center NEGEV, Beer, Sheva/IL
39
Melnikova, Nina
Ural Federal University, Jekaterinburg/RU
Manjón Herrera, Francisco Javier
Merlini, Marco
University of Milan, Milan/IT
Mast, Daniel
University of Nevada, Las Vegas, NV/US
79, 88
46
79
51, 71
5, 70, 101
Mezouar, Mohamed
53, 55, 57, 58, 61, 65, 66
Grenoble/FR
79, 80
68
Matthies, Olga
78
Max Planck Institute for Chemical Physics of Solids,
Dresden/DE
Mazurkiewicz, Bozena
Nutricia Zakłady Produkcyjne Sp
Opole/PL
67
67
Merkel, Sébastien
Université de Lille, Lille/FR
Martínez-García, Domingo
6, 40
Meier, Thomas
Mafety, Adrien
76, 7
Paris/FR
Manna, Rudra Sekhar
5, 56, 62
Millot, Marius
5, 30, 56, 62, 63
Livermore, CA/US
Minakov, Dmitry
90
Míšek, Martin
59, 86
Academy of Sciences of the Czech Republic
Prague/CZ
Programme
109
Participant List
Mollaev, Akhmedbek
83, 93
Russian Academy of Sciences, Makhachkala/RU
Nellis, William
Harvard University, Cambridge, MA/US
Monteseguro-Padrón, Virginia
Grenoble/FR
68
Neun, Christopher
68
Morard, Guillaume
IMPMC – University Pierre and Marie CURIE
Paris/FR
57
Morgenroth, Wolfgang 42, 45, 47, 54, 68, 77, 87, 92
Goethe University Frankfurt, Frankfurt a.M./DE
Morrow, Ryan
IFW Dresden, Dresden/DE
Mueller, Hans J.
Potsdam/DE
92
Mukai, Kazuhiko
Toyota Central R&D Labs., Inc, Nagakute/JP
83
Mukherjee, Goutam Dev
Indian Institute of Science Education and
Research Kolkata Mohanpur, Nadia/IN
93
Nakanishi, Akitaka
Nakatsuka, Akihiko
Yamaguchi University, Ube/JP
110 Programme
O
Ohira, Itaru
Ohtaka, Osamu
76, 102
79, 80, 90, 92
Opletal, Petr
Charles University in Prague, Prague/CZ
59, 86
Osman, Hussien Helmy
94, 95
81, 85, 93
P
Pagès, Olivier
Université de Lorraine, Metz/FR
Pakhomova, Anna S.
72
51, 81, 102
70
Pascarelli, Sakura
39, 45, 52, 56, 57, 77
Grenoble/FR
Muñoz, Alfonso
5, 88, 95
University of La laguna, La Laguna, Tenerife/ES
N
Naden Robinson, Victor
Nikolaevsky, Mark
82
Nuclear Research Center NEGEV, Beer Sheva/IL
Ovsyannikov, Sergey
Mukhina, Elena
38, 41
KTH Royal Institute of Technology, Stockholm/SE
Müller, Jan
Potsdam/DE
56
Pashkin, Alexej
Helmholtz-Zentrum Dresden-Rossendorf
Dresden/DE
87
95
Paz-Pasternak, Moshe
6, 26, 27, 46, 61, 65
78, 95
Pellicer-Porres, Julio
79, 80
Peng, Fang
87, 96
79, 80, 90, 97
Participant List
Pertierra, Pilar
94, 95
Petitgirard, Sylvain
31, 51, 62, 63, 87, 101
Pierleoni, Carlo
University of L’Aquila, L’Aquila/IT
78
Plasienka, Dusan
95
Comenius University in Bratislava, Bratislava/SK
Podsiadlo, Marcin
Adam Mickiewicz University, Poznań/PL
82
Ponosov, Yuri
86
Russian Academy of Sciences, Jekaterinburg/RU
42, 72, 78
98
40, 98
Redmer, Ronald
University of Rostock, Rostock/DE
62, 72, 95
86
Ridley, Christopher
42, 67, 68
47
6, 42, 59
Rodriguez-Velamazan, J. Alberto
Universidad de Zaragoza, Zaragoza/ES
38
Rouquette, Jerome
Montpellier University, Montpellier/FR
43
37, 39, 44
Proctor, John
68, 84, 97, 102
University of Salford, Manchester/GB
Pruteanu, Ciprian
38, 41, 48
Q
Qian, Jiang
US Synthetic Corporation, Orem, UT/US
Rauh, Cornelia
TU Berlin, Berlin/DE
Rodríguez Gonzalez, Fernando
Prchal, Jiří
6, 86, 87
Pugh, Emma
University of Kent, Kent/GB
Rastogi, Vinay
Bhabha Atomic Research Centre, Mumbai/IN
Rietveld, Ivo
University Paris Descartes, Paris/FR
Prakapenka, Vitali B.
37, 39, 40, 44, 66, 67, 90, 92, 100
Prescher, Clemens
R
Rashchenko, Sergey
41
Russian Academy of Sciences, Novosibirsk/RU
Reiss, Pascal
Oxford University, Oxford/GB
Potapkin, Vasily
Pourovskii, Leonid V.
Ecole Polytechnique, Palaiseau/FR
Queyroux, Jean-Antoine
58, 76
Paris/FR
Rowland, Richard
Rozenberg, Gregory
5, 65, 78
46
S
Salamat, Ashkan
42
Programme
111
Participant List
Salvadó, Miguel Angel
94, 95
Shinzato, Takumi
Nihon university, Tokyo/JP
Sano-Furukawa, Asami
38, 45
Sieber, Marc
SITEC-Sieber Engineering AG, Maur/CH
Saraiva, Jorge M. A.
University of Aveiro, Aveiro/PT
6, 40, 98
Saxena, Surendra K.
75
Florida International University, Miami, FL/US
Schilling, James S.
Washington University, Washington D.C./US
Schlothauer, Thomas
Sinogeikin, Stanislav
Washington D.C./US
Smart, Thomas
University of California, Argonne, IL/US
86
52, 67
89
59
76, 82
Smirnova, Ekaterina
96
National University of Science and Technology
«MISIS», Moscow/RU
71
Smith, Raymond F.
37, 56, 77, 100
Livermore, CA/US
Schrodt, Nadine
47
[email protected]
Sokolowska, Barbara
98
Prof. Waclaw Dabrowski Institute of Agricultural
and Food Biotechnology, Warsaw/PL
Schulze, Kirsten
Spetzler, Hartmut
retired University of Colorado, Erie, CO/US
Schmitt, Martin
89
Schwarz, Marcus
67, 91, 97
Secco, Richard
89, 91
University of Western Ontario, London/CA
Sechovský, Vladimír
59, 86, 87
Speziale, Sergio
77, 88, 89, 100, 101
Potsdam/DE
Spiekermann, Georg
DESY, Hamburg/DE
Starzonek, Szymon
Polish Academy of Sciences, Warsaw/PL
39, 87
44
Semeniuk, Konstantin
93
Serghiou, George
48
Stavrou, Elissaios
40, 43, 55, 57, 62
Livermore, CA/US
Serovaiskii, Aleksandr
Gubkin Russian State University of Oil an Gas
Moscow/RU
38
Stekiel, Michal
70, 77
Shimura, Gen
Nagoya University, Nagoya, Aichi/JP
83
112 Programme
Sterer, Eran
65
Participant List
Struzkhin, Viktor
Washington D.C./US
Suzuki, Akio
44, 81
58, 76, 88, 90, 102
Svitlyk, Volodymyr
Grenoble/FR
55
Syassen, Karl
5, 59, 61
Max Planck Institute for Solid State Research
Stuttgart/DE
T
Takahashi, Hiroki
Nihon University, Tokyo/JP
Tateiwa, Naoyuki
54, 86
93
V
Valenta, Jaroslav
86, 87
Vališka, Michal
59, 86, 87
van Well, Natalija
Paul Scherrer Institute, Villigen/CH
85
Vasiukov, Denis
39, 46, 52, 62, 101
Vázquez-Socorro, David
79, 80
Velikovskii, Dmitrii
90
Vitzthum, Daniela
96
Tebenkov, Alexander
79, 80, 93
Volkova, Yana
79, 93
Teeratchanan, Pattanasak
W
Wang, Hongbo
97
Tikhomirova, Galina
41, 72
93
Wang, Yanbin
44, 71, 77, 82
Torchio, Raffaella
52, 56, 57
Grenoble/FR
Tóth, Adrienn
Szent István University, Budapest/HU
Tracy, Sally June
98, 99
Weigel, Coralie
Montpellier University, Montpellier/FR
43, 48
100
Weis, Christopher
39, 87
Technical University Dresden, Dresden/DE
Tulk, Chris
38
Oak Ridge National Laboratory , Oak Ridge, TN/US
U
Uykur, Ece
Weck, Gunnar
53, 58, 66
43
Wentzcovitch, Renata M. M.
29, 75
University of Minnesota, Minneapolis, MN/US
Wicks, June K.
37, 56, 100
Programme
113
Participant List
Wilhelm, Heribert
46, 92
Wilhelm, Fabrice
Grenoble/FR
Wilke, Max
University Potsdam, Potsdam/DE
42
39, 87
Winkler, Björn
5, 45, 47, 68, 70, 77, 92, 101
Woodall, Christopher
68
Wortmann, Gerhard
University of Paderborn, Paderborn/DE
59
Y
Yagi, Takehiko
University of Tokyo, Tokyo/JP
114 Programme
79, 80, 90
Yusa, Hitoshi
National Institute for Materials Science
Tsukuba/JP
Z
Zagrtdenov, Nail
Géosciences Environnement Toulouse (GET)
Toulouse/FR
92
48
Zakharov, Boris
47, 79, 99
Russian Academy of Sciences, Novosibirsk/RU
Zaug, Joseph M.
40, 43, 55, 57, 62
Livermore, CA/US
Zehnder, Beat
SITEC-Sieber Engineering AG, Maur/CH
22, 44, 61
Yahel, Eyal
67
Yamada, Ikuya
Osaka Prefecture University, Sakai/JP
Yoshiasa, Akira
Kumamoto University, Kumamoto/JP
71
Zha, Changsheng
Washington D.C./US
75
Zimmer, Dominik
45
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General Information
116 Programme

4–9 September 2016 - (EHPRG) Meeting on High Pressure Science

Transcription

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