Final Conference Program - 16th International Conference On

Transcription

Floor Plan of Capital Hotel Conference Space
Contents
ICFRM16 Greetings and Welcome ................................................................................................ 2
Organization of ICFRM-16 ............................................................................................................... 3
Program Overview ............................................................................................................................ 5
Program Location Overview .......................................................................................................... 6
Guidelines for Attendees of ICFRM-16 ........................................................................................ 7
Session Chair Guidelines ............................................................................................................... 8
Conference Agenda ........................................................................................................................ 10
Poster Presentations...................................................................................................................... 22
Satellite Meetings ............................................................................................................................ 40
Social Events and Information...................................................................................................... 41
Author Index ..................................................................................................................................... 42
Appendix A: Excursion Plan ........................................................................................................ 48
Appendix B: Places of Interest near the Capital Hotel .......................................................... 51
Appendix C: Post-conference Tourist Information ................................................................ 52
Appendix D: Map of the Beijing Subway System ................................................................... 55
-1-
ICFRM16 Greetings and Welcome
The 16th International Conference on Fusion Reactor Materials (ICFRM16) will be held from
20th to 26th, October, 2013 in Beijing. This is the sixteenth conference in the series of ICFRM
which began in 1984 when ICFRM-1 was held in Tokyo, Japan. The ICFRM conference
series has won great recognition and welcome by all colleagues from all over the world, has
promoted the development of international fusion reactor materials and has made
contributions to the improvement of fusion materials research in all participating countries.
ICFRM16 will again assemble the world community to present their results on research,
development, and deployment of materials for ITER, other nearer term experimental plasma
devices and longer term fusion power sources.
The size and scope of ICFRM16 has continually expanded along with the conference series.
Participants from 29 countries have submitted a total of 577 abstracts. The scope also
includes multi-scale modeling and computational methods and computation materials
science, greatly expanded from earlier conferences in this series. Our scientific program
consists of 12 plenary lectures; approximately 82 invited and contributed oral presentations
and 450 posters, as well as a keynote session. Keynote topics are “Fusion in China” and
“Status of ITER”, and will be presented by distinguished academician Yuan-Xi Wan and Dr.
Merio Merola of ITER organization respectively. Every lecture is anticipated to be a major
highlight of the conference. There is no doubt that ICFRM-16 will make a huge contribution
to the ultimate goal of achieving fusion energy.
Beijing, the Capital of China with over 5,000 years’ civilization history, has countless historic
and scenic spots, such as the Great Wall, Forbidden City, Summer Palace, Temple of
Heaven, etc. And autumn in Beijing is the best season to admire the charm of the Fragrant
Hills, which has won fame throughout the world with colorful maple trees. ICFRM-16 will
provide you an unforgettable opportunity to experience Beijing’s charm by yourself. We have
organized a wide range of half day tours for you during the conference, and have also
arranged post-conference tours for you to visit various tourist attractions around China.
Finally, I would like to thank all of you for participating in the conference, and give my special
thanks to all the ICFRM16 organizing committees for their work and efforts, especially the
TPC and IAC, as well as the conference secretaries. In addition, I want to thank Prof. J.N. Yu
for his contributions to this conference and the dedication to his research work. We trust that
you will find this an exciting and fruitful conference.
Chang-Chun Ge, Chairman of ICFRM-16
Academician of CAS and WAC
Professor and Director, University of Science and Technology Beijing
-2-
Organization of ICFRM-16
General Chairman
Chair, Xin-Xin Zhang, USTB
Co-chair, Chang-Chun Ge, USTB
General Secretariat
Qing-Zhi Yan, USTB
Fei Gao, PNNL
Conference Consultant
F.W. Wiffen, ORNL
International Advisory Committee
Chair, S. J. Zinkle, ORNL
E.A. Azizov
S.A. Fabritsiev
V.R. Barabash
C-C. Ge
V. M. Chernov
A. Ibarra
S. Cho
A. Kimura
E. Diegele
R. J. Kurtz
S. Dudarev
J. Linke
Technical Program Committee
Chair: J.N. Yu, CIAE
G.N. Luo, ASSIPP
Co-chair: R.J. Kurtz, PNNL
E. Diegele, F4E
A. Kimura, Kyoto Univ.
H. Abe
H. Heinisch
J. Aktaa
T. Hinoki
M. Ando
D. Hoelzer
Ch. Becquart
P. Hosemann
T.S. Byun
Q. Huang
Y. de Carlan
T. Jayakumar
M. J. Caturla
N. Juslin
J.M. Chen
J.J. Kai
Y. Dai
G.M. Kalinin
R. Doerner
R. Kasada
S. Fukada
Y. Katoh
K. Fukuya
J. Konys
E. Gaganidze
X.C. Lai
N. Ghoniem
M.V. LeontievaM. Gilbert
Smirnova.
A. Hasegawa
M. Li
N. Hashimoto
R. Lindau
Y. Hatano
Publication Committee
Chair, Zhang-Jian Zhou, USTB
Co-chair, Takeo Muroga, NIFS
Nermin Uckan, ORNL
A. Moeslang
T. Muroga
T. Nishitani
G. R. Odette
S. Ohnuki
P.J. Pappano
B. Raj
T. Shikama
L.L. Snead
S. Tanaka
F. Tavassoli
M-Q Tran
Y. Ueda
B. D. Wirth
Y. Wu
H. K. Yoon
J. Yu
Ch. Linsmeier
X. Liu
D.L. Luo
L. Magielsen
S. Maloy
J. Marian
B. Merrill
K. Morishita
A. Moroño
T. Nagasaka
S. Nagata
S. Nogami
S. Novak
T. Nozawa
R. Nygren
Y. Oya
J.Y. Park
B. Pint
G. Pintsuk
R. Pippan
S. G. Psakhie
M. Rieth
S. Roberts
M. Rubel
A. Ryazanov
T. Shibayama
A.B. Sivak
P. Spätig
R. Stoller
V. A. Stepanov
J. Stubbins
A.K. Suri
L. Tan
H. Tanigawa
T. Terai
S. Ukai
E. Wakai
L.M. Wang
H. Watanabe
S. Wikman
F. Willaime
C.H. Woo
M. Yamaguchi
T. Yamamoto
Q.Z. Yan
H.G. Yang
W. Yang
T. Yano
K. Yasuda
I.K. Yu
Z.J. Zhou
F. Gao
-3-
Chuck Henager, PNNL
Corporate Exhibitors and Sponsorship
Chair, Ying-Chun Zhang, USTB
Local Organizing Committee
Chair, Xuan-Hui Qu, USTB
Co-chair, Guang-Hong Lu, BUAA
Pre-conference Seminar
Chair, Yu-Gang Wang, PKU
Satellite Meetings
Chair, Ji-Ming Chen, SWIP
Conference Secretaries
Shu-Ming Wang，Min Xia, Shao-Ting Lang, USTB
-4-
Program Overview
Oct. 20 Sun
8:00
8:30
Oct. 21 Monday
Registration
Oct. 22 Tuesday
Registration
O-3A
Opening Remarks
Chair: C.C.Ge
Plenary (2)
Chair: Y.C.Wu
Keynote Session
Chair: S.Zinkle
P2-1 ODS Steels (G.R. Odette)
P2-2 ITER TBM (K.M. Feng)
P2-3 Ceramics (T. Shikama)
K-1: Fusion in China (Y.X. Wan)
K-2: Status of ITER (M. Merola)
10:30
10:40
O-3B
Plenary (1)
Chair: A. Kimura
Plenary (3)
Chair: R. Kurtz
P1-1 RAFM (F. Tavassoli)
P1-2 Modeling (M.J. Caturla)
P1-3 ITER materials (V.R. Barabash)
P3-1 HHF/PFC (C.C. Ge)
P3-2 SiC/SiC (Y. Katoh)
P3-3 EU DEMO materials (D. Stork)
Oct.24 Thursday
Registration
O-6B
O-6A
Oct.25 Friday
Registration
O-8A
O-8B
H/He&Modelling(1) Material/Plasma H/He&Modelling(2) Tritium Technol. H/He&Modelling(3)
Co-chairs:
Co-chairs:
Co-chairs:
Co-chairs:
Co-chairs:
C.Beceuart, G.H.Lu J.Linke, R.Doerner
R.Stoller, X.F.He F.R.Wan, T.Nishitani Y.Dai, K. Tokunaga
I1 (Y. Dai)
I1 (X.C. Lai)
I1 (S. Brezinsek)
I1 (C. Becquart)
I1 (G. Yu)
I2 (F. Gao)
O1 (K. Okuno)
I2 (F. Ding)
I2 (K. Tokunaga)
I2 (A.V. Spitsyn)
O1 (R.E. Stoller)
O2 (J. Konys)
O1 (G. De
O1 (P. Wang)
O1 (D. Edwards)
O2 (H.
O3 (T. Okita)
Temmerman)
O2 (A.
O2 (G. Nandipati)
Lefaix-Jeuland)
O2 (Y. Hirooka)
Shaimerdenov)
O3 (M. Xia)
O3 (X.F. He)
O3 (A. Putrik)
O3 (H.B. Zhou)
Coffee Break
O-4A
O-4B
Short
Course
(8:3017:00)
Oct.23 Wednesday
Registration
W & Hign-Z
Co-chairs:
D.Stork,
F.Escourbiac
I1 (M. Rieth)
I2 (L.L. Snead)
O1 (D. Rivera)
O2 (R.J. Kurtz)
O3 (S. Antusch)
Defects Property
Co-chairs:
F.Gao, H.Abe
I1 (C.H. Woo)
I2 (M. Aliaga)
O1 (W. Setyawan)
O2 (A.
Prokhodtseva)
O3 (A. Sand)
O-7A
O-7B
ITER/TBM/IFMIF
Co-chairs:
V.R.Barabash,
M.Sugimoto
I1 (F. Escourbiac)
I2 (H. Tanigawa)
O1 (E. Wakai)
O2 (A.S. Sabau)
O3 (X. Liu)
V & Functional
Co-chairs:
T.Shikama,
J.M.Chen
I1 (P. Vladimirov)
I2 (T. Muroga)
O1 (K.J. Leonard)
O2 (K.A. Unocic)
O3 (A.N.
Tyumentsev)
12:40
DEMO Session
Co-chairs:
F. Tavassoli, Y.Katoh
I1 (T. Nishitani)
I2 (M.R. Gilbert)
I3 (M. Porton)
I4 (L. Yang)
Plenary (4)
Chair: E. Diegele
P4-1 Near-term challenges (S.J. Zinkle)
P4-2 Indian FRM activities (S. Banerjee)
P4-3 IFMIF/EVEDA (M. Sugimoto)
13:00 Summary & Closing
Chair: G.N.Luo
Lunch and International
Advisory Committee Meeting
Lunch
Lunch
TPC summary
Closing Remarks (C.C.Ge)
Lunch
14:00
O-1A
Registration
(14:0022:00)
Satellite
Meeting (IEA
W-alloy
16:00
15:0018:00)
Welcoming
Reception
18:30
(18:30-20:00)
RAFM Steels
Co-chairs:
Ch.Linsmeier,,
V.M.Chernov
I1 (N. Luzginova)
I2 (T. Yamamoto)
I3 (Q.Y. Huang)
O1 (L.Z. Tan)
O2 (S. Sam)
O-1B
Microstructure (1)
Co-chairs:
J.J.Kai, R.K.Chen
I1 (H. Abe)
I2 (M.K. Miller)
O1 (Z. Yao)
O2 (C.M. Parish)
O3 (V. Kuksenko)
O4 (G.S. Was)
Coffee / Poster (1)
Co-chairs:
Room A: Z.J.Zhou, N.
Luzginova,
Room B: Q. Zhan, R.Kasada
O-2A
O-2B
O-5A
O-5B
ODS Steels
Microstructure (2 )
Ceramics & Low-Z
Mech. Property
Co-chairs:
Co-chairs:
Co-chairs:
Co-chairs:
Y.B.Chun, L.M.Wang M.J.Caturla, L.L.Snead T.Muroga, X.C.Lai A.Ibarra, S.Banerjee
I1 (P. He)
I1 (R.K. Chen)
I1 (C.H. Henager)
I1 (R. Kasada)
I2 (J.L. Boutard)
I2 (W. Liu)
I2 (M. Ferraris)
I2 (T. Koyanagi)
O1 (D.T. Hoelzer)
O1 (M. Klimenkov)
O1 (A.G.
O1 (X. Wang)
O2 (T.S. Byun)
O2 (D. Terentyev)
Perez-Bergquist)
O2 (Y.B. Chun)
O3 (A. Kimura)
O3 (J.J. Yang)
O2 (T. Nozawa)
O3 (S. Gonzalez)
O4 (F. Garner)
O3 (K. Ozawa)
O4 (S. Jitsukawa)
Excursion
(The
Forbidden City)
Coffee / Poster (2)
Co-chairs: X.Liu, S.Brezinsek
Coffee / Poster (3)
Co-chairs: Y.Q.Chang,
Y.Hirooka
Satellite Meeting
(SiC/SiC 16:00-18:00)
Satellite Meetings
RAFM steels 18:30-21:00
V-alloys 18:30-20:00
Satellite Meeting
(W-GIFT 18:30-20:30)
Banquet
-5-
Satellite Meeting
(IEA Annex II 14:00-16:00)
Satellite Meeting
(IEA Fusion Materials Executive
Committee 16:30-18:30)
Program Location Overview
Oct. 20
(Sun)
8:008:30-
Oct. 21
(Mon)
Registration
Opening Remarks
Zi Yun Grand Ballroom
Keynote session
Oct. 22
(Tue)
Registration
Plenary (2)
Oct.23
(Wed)
Registration
O-3A
O-3B
Zi Yun Grand Jin Yun
Ballroom
Ballroom
Oct.24
(Thu)
Registration
O-6A
Zi Yun Grand
Ballroom
O-6B
Jin Yun
Ballroom
O-7A
Zi Yun
Grand
Ballroom
O-7B
Jin Yun
Ballroom
10:30- Short Course
Plenary (1)
Plenary (3)
Jin Yun
Ballroom
10:40-
Lunch
Four Seasons Restaurant and Coffee House
Registration
(14:00-22:00)
st
Lobby at 1
14:00floor
16:00-
Satellite
Meeting
15:00-18:00
Plum
Blossom
Room
Welcoming
Reception
(18:30-20:00)
18:30- Four Seasons
restaurant
O-8A
Zi Yun
Grand
Ballroom
O-8B
Jin Yun
Ballroom
Coffee break
(8:30-17:00)
12:40-
Oct.25
(Fri)
Registration
O-1A
Zi Yun
Grand
Ballroom
O-1B
Jin Yun
Ballroom
Coffee / Poster (1)
Xiang Yun Conference
Hall(A) & Bamboo
Room(B)
O-2A
Zi Yun
Grand
Ballroom
O-4A
Zi Yun
Grand
Ballroom
Lunch
Four Seasons Restaurant
and Coffee House
International Advisory
Committee Meeting
Maple Room
O-5A
O-2B
Jin Yun
Ballroom
Coffee / Poster (2)
Hall (A)
Satellite Meetings
RAFM Steels 18:30-21:00
Plum Blossom Room
V-alloys 18:30-20:00
Maple Room
O-4B
Jin Yun
Ballroom
Zi Yun
Grand
Ballroom
O-5B
Jin Yun
Ballroom
Coffee / Poster (3)
(A)
Satellite Meeting
W-GIFT 18:30-20:30
Plum Blossom Room
-6-
Lunch
and Coffee House
Excursion
(The Forbidden City)
Satellite Meeting
SiC/SiC 16:00-18:00
Maple Room
Banquet
Plenary (4)
13:00 Summary & Closing
Lunch
and Coffee House
Satellite Meeting
Annex II 14:00-16:00
Plum Blossom Room
Satellite Meeting
Fusion Mat ExCo
16:30-18:30
Plum Blossom Room
Guidelines for Attendees of ICFRM-16
For Plenary and Oral Session Chairs
You need to keep your session on schedule. Please remind speakers when they only have a few
minutes left for their talk, make sure they finish on time, with some time remaining for questions and
discussion.
Please control the discussion, make sure that questions and answers do not exceed the time
scheduled. You may have to cut off the discussion, so following speakers can have their fair share of
time to present.
If there is a gap in the schedule due to a cancellation or if a speaker does not show up, please take a
break to continue to follow the published schedule.
For Oral Session Assistants
Before the session, assistant needs to connect your computers to the projection system, try to avoid
unnecessary delays in starting each talk.
You need to solve the unexpected problems during the talks in every session, and try not to suspend
the lecture.
After the session, you need to save the lecture files properly.
For Poster Session Chairs
Please check to be sure presenters have all of the supplies needed to display their posters. If posters
must be moved, stay as close as possible to assigned positions.
Urge presenters to staff their poster during the allotted time.
For Presenters of Oral Talks
Familiarize yourself with the available projection and audio equipment. Be sure your visuals will
display so they can be seen by your audience.
Before the session, connect your computer to the projection system or copy your files into the
specified computer, to avoid unnecessary delays at the start of your talk.
Please use the microphone, so that all of the audience can hear your presentation.
Plan your presentation to allow about 5 minutes of your scheduled time for discussion. Respect the
schedule, and finish on time.
For Poster Presenters
Put your poster on the display board at your assigned position. Mount the material the evening
before or the morning of the day for your poster session.
Please remain at your poster station for one hour. If your poster has an even number, be there for the
first hour of the session. If it is at an odd number position, be there for the second hour. Please stay
in the poster session area for the full session, but you are free to circulate and discuss other posters
except for the one hour at your own poster.
Remove all your poster material after the session is over.
For Authors of Proceedings Papers
Manuscripts for the Proceedings of ICFRM16 are to be submitted to the assigned journal by the end
of the conference, using the electronic submission system, and in any case no later than October 31,
2013.
-7-
Session Chair Guidelines
Before Your Session
1. Check the Program
Prior to departure for the meeting, check the program in the conference book to determine
the number and order of the papers to be presented, the time allocated to each talk, and if
there are any supplementary papers assigned to the session you are chairing.
2. Arrive Early
If possible, arrive at the meeting room about 15 minutes prior to the start of the session and
familiarize yourself with the controls for lights, microphones, A-V equipment and the timer. If
you encounter problems, immediately alert the Meetings staff at ICFRM16 Registration
Desk or Information Booth, and/or an A-V technician.
During Your Session
1. Introductions
At the start of the session, briefly introduce yourself and explain the timing system to the
audience, and as often during the session as you think necessary.
2. Start on Time
Start the session on time - announce the first title and author.
3. Check the Microphone
Make sure the speaker has the lavaliere microphone.
4. Stick to the Schedule
Please adhere to the time schedule listed in the conference book so that simultaneous
sessions are as closely synchronized as possible. Many attendees move from session to
session in order to hear specific talks.
5. Allotted Times
The normal allotted time for Plenary and Keynote talks is 40 minutes (35 minutes to present;
5 minutes for Q & A), for Invited talks, 30 minutes (25 minutes to present; 5 minutes for Q &
A), for Oral presentations, 20 minutes (15 minutes to present; 5 minutes for Q & A), If you
are chairing a session that includes a mix of Plenary talks, Keynote talks, Invited talks, or
Oral presentations please be aware of the different times allocated for each and set the
timer as follows:
Plenary and Keynote talks - set timer for 33 minutes to give initial warning, then set the final
bell to go off 2 minutes later to signal the end of the talk. When this time is up, allow 5
additional minutes for questions relating to the abstract, thank the speaker and promptly
introduce the next title and speaker.
Invited talks - set timer for 23 minutes for initial warning, and the final bell to ring 2 minutes
later to signal the end of the prepared talk. Then set the timer for 5 additional minutes for
questions from the audience.
-8-
Oral presentation - set timer for 5 minutes for initial warning, and the final bell to ring 2
minutes later to signal the end of the prepared talk. Then set the timer for 5 additional
minutes for questions from the audience.
6. Timing Speakers
Speakers must be asked to stop when their allotted time is up in a courteous but firm
manner. Keep in mind that the session must end on time, and that the last speaker has just
as much right to an audience as does the first speaker.
NOTE: Any time used by speakers and/or technicians to set up laptops or any other
equipment is deducted from the speaker's total time allotment. Time the speaker from the
moment he or she comes to the front, not when he or she begins speaking.
7. Session Problems
If any problems arise that you are unable to handle while continuing to chair the session,
either go, or immediately send, someone to the ICFRM16 registration desk to alert the
Meetings Manager of the problem.
-9-
Conference Agenda
Sunday, 20 October, 2013
8:30-12:00
Short Course on Foundations of Fusion Materials A
Chair: Guang-Nan Luo, ASIPP, China;
Location: Jin Yun Ballroom
8:30-9:15
Overview on fusion blanket concepts
Richard J. Kurtz, PNNL, USA
9:20-10:05
Overview of fusion structural materials options
Akihiko Kimura, Kyoto Univ., Japan
10:10-10:25
Tea Break
10:25:-11:10
Plasma facing components/ plasma materials interactions
Jochen Linke, FZ-Juelich, Gemany
11:15-12:00
Fundamentals of fusion materials radiation effects
Steven J. Zinkle, ORNL, USA
12:05-13:30
Lunch:
Location: Four Seasons Restaurant and Coffee House
13:30-17:00
Short Course on Foundations of Fusion Materials B
Chair: Yugang Wang, PKU, China;
13:30-14:15
Theory and modeling aspects relevant for fusion reactor materials
Roger E. Stoller, ORNL, USA
14:20-15:05
Conceptual designs of Fusion Energy systems
Derek Stork, CCFE, UK
15:10-15:25
Tea Break
15:25-16:10
Plasma diagnostics, heating and insulating materials
Tatsuo Shikama, Tohoku Univ., Japan
16:15-17:00
Materials structural engineering considerations for fusion reactors
Farhad Tavassoli, CEA, France
13:00-20:00
Conference Registration
Location: The reception-desk in the Lobby of the Capital Hotel (1st floor)
18:30-20:00
Welcome Reception
Location: Four Seasons Restaurant
-10-
Monday, 21 October, 2013
8:00-8:30
8:30-9:10
8:30-9:10
9:10-10:30
9:10-9:50
9:50-10:30
10:30-10:40
10:40-12:40
10:40-11:20
11:20-12:00
12:00-12:40
12:40-14:00
14:00-16:10
14:00-14:30
14:30-15:00
15:00-15:30
15:30-15:50
Registration
Opening Remarks
Chair: C.C. Ge, USTB, China
Location: Zi Yun Grand Ballroom
Greeting: Officers of MOE and MOST, China
Xin-Xin Zhang (General Chair of ICFRM16 & President of USTB, China)
Keynote Session
Session Chair: S.J. Zinkle, ORNL, USA
Overview of fusion energy science research in China
K-1
Yuan Xi. Wan, USTC, China
Status of ITER
K-2
Mario Merola, IO, France
Coffee Break
Plenary (1)
Session Chair: A. Kimura, Kyoto U., Japan
Current status and recent research achievements in
P01 ferritic/martensitic steels
Farhad Tavassoli, CEA, France
Overview of recent advances and methodologies in fusion
P02 materials modeling
Maria J. Caturla, UA, Spain
Current
status
and
recent
achievements
in
ITER
materials/component fabrication and performance demonstration P03
vacuum vessel and in-vessel components
Vladimir Barabash, IO, France
Lunch
Session O-1A: RAFM Steels
Session Chairs: Ch. Linsmeier, FZ-Jülich, Germany
V.M. Chernov, JSC “VNIINM”, Russia
An overview of 10 years of irradiation experiments on
I1 16-505 EUROFER 97 steel at high flux reactor in Petten
Natalia Luzginova, NRG, Netherlands
In situ He injection and dual ion irradiation studies of
reduced activation tempered martensitic steels and
I2 16-531
nanostructured ferritic alloys
Takuya Yamamoto, UCSB, USA
Latest progress of R&D on China low activation martensitic
I3 16-102 steel
Qunying Huang, INEST, China
Stability of strengthening nanoprecipitates in Fe-base
O1 16-366 model alloys
Lizhen Tan, ORNL, USA
-11-
15:50-16:10
14:00-16:20
14:00-14:30
14:30-15:00
15:00-15:20
15:20-15:40
15:40-16:00
16:00-16:20
16:20-18:30
Delta ferrite in the weld metal of reduced activation ferritic
16-279 martensitic steel
Shiju Sam, IPR, India
Session O-1B: Microstructure and Testing (1)
Session Chairs: J.J. Kai, NTHU, Taiwan, PRC
R.K. Chen, UCSD, USA
Mechanism of Instability of carbides in Fe-TaC alloy under
I1 16-232 high energy electron irradiation
Hiroaki Abe, Tohoku U., Japan
The effect of temperature on the radiation response of
I2 16-016 14YWT nanostructured ferritic alloy
Michael. K. Miller, ORNL, USA
Radiation induced microstructures in austenitic ODS steels
O1 16-227 under dual-beam ions
Zhongwen Yao, QueensU, Canada
Helium-dislocation-nanocluster interactions in
O2 16-029 nanostructured ferritic alloys
Chad M. Parish, ORNL, USA
Nano-sized clusters formation in ferritic-martensitic steels
O3 16-154 under mixed proton-neutron irradiation
Viacheslav Kuksenko, PSI, Switzerland
Emulation of high dose reactor irradiations of F-M alloys
O4 16-174 using self-ions: recent results
Gary S. Was, UM, USA
Coffee Break and Poster Session(1)
Poster session
Session Chairs:
Room A: Z.J.Zhou, USTB, China
N. Luzginova, NRG, Netherlands
Room B: Q. Zhan, USTB, China
R. Kasada, Kyoto U., Japan
Location: Xiang Yun Conference Hall(A) & Bamboo Room(B)
O2
-12-
Tuesday, 22 October, 2013
8:00-8:30
8:30-10:30
8:30-9:10
9:10-9:50
9:50-10:30
10:30-10:40
10:40-12:40
10:40-11:20
11:20-12:00
12:00-12:40
12:40-14:00
14:00-16:20
14:00-14:30
14:30-15:00
15:00-15:20
15:20-15:40
15:40-16:00
Registration
Plenary (2)
Session Chair: Y.C. Wu, INEST, China
Recent progress in the development of irradiation tolerant ODS
P04 ferritic alloys and transformable steels
G. Robert Odette, UCSB, USA
Current status and recent research achievements in ITER TBM
P05
Kaiming Feng, SWIP, China
Study of dynamic irradiation effects in functional materials in
P06 burning nuclear fusion systems
Tatsuo Shikama, Tohoku U., Japan
Coffee break
Plenary (3)
Session Chair: R.J. Kurtz, PNNL, USA
Research on first wall materials
P07
Chang-Chun GE, USTB, China
Current status and recent research achievements in SiC/SiC
P08 composites
Yutai Katoh, ORNL, USA
Developing structural, high-heat flux and plasma facing materials
P09 for a near-term DEMO fusion power plant: the EU assessment
Derek Stork, CCFE, UK
Lunch
Session O-2A: ODS Steels
Session Chairs: Y.B. Chun, KAERI, Korea
L.M. Wang, UM, USA
Correlation of microstructure and low cycle fatigue
I1 16-009 properties for 13.5 Cr1.1W0.3Ti ODS steels
Pei He, KIT, Germany
Oxide dispersion strengthened ferritic steels, a basic
I2 16-033 research joint program in france
Jean-Louis Boutard, CEA, France
Computational and experimental studies of the stability of
oxides for development of ODS FeCrAl for fusion reactor
O1 16-510
applications
David T. Hoelzer, ORNL, USA
Development and characterization of a high toughness
O2 16-344 nanostructured ferritic alloy
Thak Sang Byun, ORNL, USA
Factors controlling radiation tolerance of ODS ferritic steels
O3 16-547
Akihiko Kimura, Kyoto U., Japan
-13-
16:00-16:20
14:00-16:00
14:00-14:30
14:30-15:00
15:00-15:20
15:20-15:40
15:40-16:00
16:00-18:30
Can ion bombardment tell us which ferritic-martensitic and
ferritic-ODS alloys are most swelling-resistant to 400-600
O4 16-380
DPA and how to improve their performance?
Frank A. Garner, REC, USA
Session O-2B: Microstructure and Testing (2)
Session Chairs: M.J. Caturla, UA, Spain
L.L. Snead, ORNL, USA
Plasma
facing
component
near
surface
thermal
I1 16-288 characterization technique using the 3-omega method
Renkun Chen, UCSD, USA
Surface modification of molten W exposed to high heat flux
I2 16-390 helium neutral beams
Wei Liu, THU, China
TEM study of neutron irradiated beryllium pebbles
O1 16-516
Michael Klimenkov, KIT, Germany
Dislocation loops In Fe-based alloys: Features learned from
O2 16-074 atomistic modeling over the last decade
Dmitry Terentyev, SCK·CEN, Belgium
Microstructure and surface morphology evolution of AlTiO
O3 16-345 tritium permeation barrier irradiated by electron beam
Jijun Yang, SCU, China
Poster session
Session Chairs: X. Liu, SWIP, China
S. Brezinsek, FZ-Jülich, Germany
Location: Xiang Yun Conference Hall (A)
-14-
Wednesday, 23 October, 2013
8:00-8:30
8:30-10:30
8:30-9:00
9:00-9:30
9:30-9:50
9:50-10:10
10:10-10:30
8:30-10:30
8:30-9:00
9:00-9:30
9:30-9:50
9:50-10:10
10:10-10:30
10:30-10:40
10:40-12:40
10:40-11:10
11:10-11:40
Registration
Session O-3A: H/He & Modelling (1)
Session Chairs: C. Becquart, UMET, France
G.H. Lu, BUAA, China
The strengths and weaknesses of spallation neutron
I1 16-534 sources as applied to fusion materials research
Yong Dai, PSI, Switzerland
Modeling He effects on microstructure evolution in ɑ-Fe
I2 16-181
Fei Gao, PNNL, USA
A new atomisticbased equation of state for helium in iron
O1 16-319
Roger E. Stoller, ORNL, USA
Helium behaviour in Fe based materials analysed by
O2 16-063 coupling TDS, TEM and SIMS
Helene Lefaix-Jeuland, CEA, France
Diffusion mechanism of HeV clusters in <110> tilt grain
boundaries in BCC Fe and FeCr alloys studied at atomistic
O3 16-103
scale
Xinfu He, CIAE, China
Session O-3B: Materials and Plasma
Session Chairs: J. Linke, FZ-Jülich, Germany
R. Doerner, UCSD, USA
Plasma-surface interactions with W divertor and be first wall
I1 16-556 in JET
Sebastijan Brezinsek, FZ-Jülich, Germany
Overview of plasma surface interaction experiments on
I2 16-328 EAST employing mapes
Fang Ding, ASIPP, China
Effect of plasma exposure on tungsten surface damage
O1 16-339 during transient heat loads and consequences for ITER
Gregory De Temmerman, DIFFER, Netherlands
Bi-directional hydrogen isotope permeation through the first
O2 16-127 wall of a magnetic fusion DEMO reactor
Yoshi Hirooka, NIFS, Japan
Plasma facing materials erosion products formed under
O3 16-362 ITER-like transient loads at QSPA plasma gun facilities
Anton Putrik, SRC RF TRINITI, Russia
Coffee break
Session O-4A: Tungsten & High-Z
Session Chairs: D. Stork, CCFE, UK
F. Escourbiac, IO, France
Tungsten laminate materials
I1 16-023
Michael Rieth, KIT, Germany
Neutron irradiation effects in pure and engineered forms of
I2 16-418 tungsten
Lance L Snead, ORNL, USA
-15-
Experimental characterization and phase field modeling of
11:40-12:00 O1 16-311 thermomechanical damage during plasma transients
David Rivera, UCLA, USA
Toughening
in
tungsten-copper
alloys
and
12:00-12:20 O2 16-431 tungsten-composites at elevated temperatures
Richard J. Kurtz, PNNL, USA
Multicomponent powder injection molding as method for
mass production, joining, and material development for
12:20-12:40 O3 16-337
tungsten armour materials
Steffen Antusch, KIT, Germany
Session O-4B: Defects Production and Properties
Session Chairs: F. Gao, PNNL, USA
10:40-12:40
H. Abe, Tohoku U., Japan
Temperature dependence of enthalpies and entropies of
10:40-11:10 I1 16-346 formation and migration of vacancies in bcc iron
Chung Ho WOO, HKCU, Hong Kong, PRC
Molecular dynamics and TEM image simulations of ion
11:10-11:40 I2 16-265 implantation in Fe thin films
M. Aliaga, UA, Spain
Effects of temperature, PKA energy and he content on
11:40-12:00 O1 16-185 displacement cascades in tungsten
Wahyu Setyawan, PNNL, USA
Effects of temperature, dose and dose rate in ultra high
12:00-12:20 O2 16-525 purity Fe(Cr) alloys under ion irradiation
Anna Prokhodtseva, EPFL CRPP, Switzerland
Radiation damage production in massive cascades initiated
12:20-12:40 O3 16-210 by fusion neutrons in tungsten
Andrea Sand, Helsinki U., Finland
Lunch
12:40-14:00
International Advisory Committee Meeting
12:40-14:00
Location: Maple Room
Session O-5A: Ceramics & Low-Z
Session Chairs: T. Muroga, NIFS, Japan
14:00-16:00
X.C. Lai, CAEP, China
Computing thermal conductivity of SiC/SiC composites
14:00-14:30 I1 16-285 including interfacial and radiation damage effects
Charles H. Henager, Jr, PNNL, USA
Joining silicon carbide for fusion: progress and challenges
14:30-15:00 I2 16-231
Monica Ferraris, POLITO, Italy
Microstructural evolutions in advanced silicon carbide
15:00-15:20 O1 16-293 composites neutronirradiated to high fluences
Alejandro G. Perez-Bergquist, ORNL, USA
Damage tolerance and strength anisotropy of silicon carbide
15:20-15:40 O2 16-327 composites
Takashi Nozawa, JAEA, Japan
-16-
Tensile deformation behavior of plain- woven tyranno-SA3
15:40-16:00 O3 16-119 CVI-composites at elevated temperatures
Kazumi Ozawa, JAEA, Japan
Session O-5B: Mechanical Properties
Session Chairs: A. Ibarra, CIEMAT, Spain
14:00-16:20
S. Banerjee, BARC, India
Location: Room Jin Yun Ballroom
Dynamic tensile properties of reduced- activation ferritic
14:00-14:30 I1 16-114 steel F82H
Ryuta Kasada, Kyoto U., Japan
Irradiation creep behavior of silicon carbide materials
14:30-15:00 I2 16-343 beyond the initial transient
Takaaki Koyanagi, Kyoto U., Japan
Microstructure analysis of ion beam irradiated CNSI and
15:00-15:20 O1 16-541 CNSII steels
Xu Wang, UM, USA
Effects of alloying elements and heat treatment conditions
on
mechanical
properties
of
reduced
activation
15:20-15:40 O2 16-060
ferritic-martensitic steel
Young Bum Chun, KAERI, Korea
Overview of the structural materials programme for fusion
15:40-16:00 O3 16-377 reactors under EFDA
Sehila M. Gonzalez de Vicente, EFDA CSU, Germany
Mechanical response of martensitic and austenitic steels
16:00-16:20 O4 16-548 after ion-irradiation to very high damage levels
Shiro Jitsukawa, Fukushima-nct, Japan
Poster Session
16:20-18:30 Session Chairs: Y.Q. Chang, USTB, China
Y. Hirooka, NIFS, Japan
Location: Xiang Yun Conference (A)
-17-
Thursday, 24 October, 2013
8:00-8:30 Registration
Session Chairs: R.E. Stoller, ORNL, USA
8:30-10:30
X.F. He, CIAE, China
Multiscale modeling of trap mutation phenomena in
8:30-9:00
I1 16-172 irradiated tungsten
Charlotte Becquart, UMET, France
Behavior on tritium retention of long term installed samples
9:00-9:30
I2 16-546 on first wall in spherical tokamak QUEST
Kazutoshi Tokunaga, Kyushu U., Japan
Influence of the microstructure on the deuterium retention
9:30-9:50 O1 16-040 in sputter-deposited tungsten films
Peng Wang, LICP-CAS, China
Tritium and helium release properties for different grades of
9:50-10:10 O2 16-020 beryllium metals
Asset Shaimerdenov, INP, Kazakhstan
Anisotropic strain enhanced hydrogen solubility in
10:10-10:30 O3 16-278 tungsten: The independence on the sign of strain
Hong-Bo Zhou, BUAA, China
Session O-6B: Tritium Technology
Session Chairs: F.R. Wan, USTB, China
8:30-10:00
T. Nishitani, JAEA, Japan
Research activities on tritium handling materials in CAEP
8:30-9:00
I1 16-015
Xinchun Lai, CAEP, China
Dynamics of tritium recovery for neutron irradiated ternary
9:00-9:20 O1 16-290 lithium ceramics
Kenji Okuno, Shizuoka Univ., Japan
Comparison of corrosion behavior of EUROFER and CLAM
9:20-9:40 O2 16-031 steels in flowing Pb-15.7Li
Juergen Konys, KIT, Germany
Possibility of in-situ measurement of void swelling in the
9:40-10:00 O3 16-391 first wall of fusion devices
Taira Okita, U. Tokyo, Japan
10:30-10:40 Coffee break
Session O-7A: ITER/TBM/IFMIF Materials
Session Chairs: V.R. Barabash, IO, France
10:40-12:40
M. Sugimoto, JAEA, Japan
Design development of a full tungsten divertor for ITER
10:40-11:10 I1 16-521
Frederic Escourbiac, IO, France
-18-
11:10-11:40
11:40-12:00
12:00-12:20
12:20-12:40
10:40-12:40
10:40-11:10
11:10-11:40
11:40-12:00
12:00-12:20
12:20-12:40
12:40-14:00
14:00-18:00
18:30-21:00
Development
status
of
reduced
activation
ferritic/martensitic steel F82H corresponding to blanket
I2 16-504
design requirement
Hiroyasu Tanigawa, JAEA, Japan
Engineering validation and engineering design of lithium
O1 16-509 target facility in IFMIF/EVEDA project
Eiichi Wakai, JAEA, Japan
High heat flux testing of irradiated tungsten based materials
O2 16-296 for fusion applications using infrared plasma arc lamps
Adrian S. Sabau, ORNL, USA
Tungsten joining with copper alloy and its high heat load
O3 16-459 performance
Xiang Liu, SWIP, China
Session O-7B: Vanadium and Functional Materials
Session Chairs: T. Shikama, Tohoku U., Japan
J.M. Chen, SWIP, China
Current status of beryllium materials for fusion applications
I1 16-515
Pavel Vladimirov, KIT, Germany
Present status of vanadium alloys for fusion applications
I2 16-557
Takeo Muroga, NIFS, Japan
Irradiation response of next generation high temperature
O1 16-272 superconductors for fusion energy applications
Keith J. Leonard, ORNL, USA
Alloying and coating strategies for improved PbLi
O2 16-526 compatibility
Kinga A. Unocic, ORNL, USA
Microstructure and mechanical properties of the
V-Me(Cr,W)-Zr-C alloys as a function of the regimes of their
O3 16-135
chemical-heat treatment
Аlexander N.Tyumentsev, TSU, Russia
Lunch
Excursion
The Forbidden City
Banquet
-19-
Friday, 25 October, 2013
8:00-8:30 Registration
Session Chairs: Y. Dai, PSI, Switzerland
8:30-10:30
K. Tokunaga, Kyushu U., Japan
Molecular dynamics simulations of PKA and helium on
8:30-9:00
I1 16-254 primary damage formation in W-0.1%He system
Gang Yu, UM, USA
Retention of deuterium in damaged low-activation steel
9:00-9:30
I2 16-264 RUSFER (EK-181) after gas and plasma exposure
Alexander V. Spitsyn, NRC KI, Russia
TEM characterization of He effects in firstwall structural
9:30-9:50 O1 16-524 materials under fusion relevant conditions
Danny Edwards, PNNL, USA
Object kinetic Monte Carlo simulations of annealing of
9:50-10:10 O2 16-297 cascade damage in tungsten
Giridhar Nandipati, PNNL, USA
HRTEM observation of solid helium bubbles in helium
10:10-10:30 O3 16-551 implanted tungsten
Min Xia, USTB, China
Session O-8B: DEMO
Session Chairs: F. Tavassoli, CEA, France
8:30-10:30
Y. Katoh, ORNL, USA
DEMO activities in the broad approach and beyond
8:30-9:00
I1 16-559
Takeo Nishitani, JAEA, Japan
Integrated assessment of material performance in a fusion
reactor: Neutron transport, transmutation and activation,
9:00-9:30
I2 16-036
radiation damage, and helium generation
Mark R. Gilbert, CCFE, UK
Structural design criteria development needs for a
9:30-10:00 I3 16-355 European DEMO
Michael Porton, CCFE, UK
An intense neutron source for fusion materials research
10:00-10:30 I4 16-558
L. Yang, CASIMP, China
10:30-10:40 Coffee break
Plenary (4)
10:40-12:40 Session Chair: E. Diegele, KIT, Germany
Near-term research challenges for fusion nuclear materials
10:40-11:20
P10 systems
Steven J. Zinkle, ORNL, USA
-20-
11:20-12:00
12:00-12:40
12:40-13:00
12:40-13:00
13:00-14:00
14:30-18:30
Overview of Indian activities on fusion reactor materials
Srikumar Banerjee, BARC, India
IFMIF/EVEDA – progress of validation and design activities
P12 under the Broader Approach framework
Masayoshi Sugimoto, JAEA, Japan
Summary & Closing
Session Chair: G.N. Luo
TPC summary of ICFRM16
Closing Remarks (C.C.Ge)
Lunch
Satellite Workshops
P11
-21-
Poster Presentations
Poster Session (1)
Monday, 21 October, 2013, 16:10-18:30
Location: Xiang Yun Conference Hall (A001-A120)
Chairs: Z.J. Zhou, USTB, China
N. Luzginova, NRG, Netherlands
Poster (1)
Paper ID
16-003
16-004
16-014
16-017
16-018
16-021
16-026
16-027
16-034
16-048
16-053
16-059
16-062
16-072
16-082
16-089
16-098
16-100
16-105
16-106
Xiang Yun Conference Hall (A001-A120)
Presenting
Author
Tittle
Poster
Position
Control of TaC precipitation behavior in clam steel with high
A001
temperature austenitizing
The creep deformation and rupture behaviour of CLAM steel
Bo Huang
A002
at 773, 823 and 873K
Mechanism for adsorption, dissocaition and diffusion of
Guikai Zhang
A003
hydrogen in tritium permeation barrier of α-Al2O3
Michael. K.
Solute clustering in nanostructured ferritic alloys
A004
Miller
Solute
segregation
and
five-parameter
orientation
Michael. K.
relationship of grain boundaries in 14YWT nanostructured A005
Miller
ferritic alloys
Stair-like profile implantation: Outstanding enhancement to
Marcelo
analyze He features on EUROFER97 and ODS-EUROFER by A006
Roldán
TEM
A thermal discrete element analysis of EU solid breeder
Yixiang Gan
A007
blanket subjected to neutron irradiation
Mikhail
MD simulation of atomic displacement cascades in random
A008
Tikhonchev
Fe-9at.%Cr binary alloy with twin grain boundaries
Yuri
Feasibility of W/EUROFER blanket module for DEMO
A009
Igitkhanov
Helium effects on creep properties of Fe-14CrWTi ODS steel
Jiachao Chen
A010
at 650°C
Synchrotron study on load partitioning between ferrite and
Kun Mo
A011
nanoparticles of a 9Cr ODS steel
The thermal properties of high purity and fully dense tungsten
Yanwei Lv
A012
produced by chemical vapor deposition
Changsong
An operational window for radiation-resistant materials based
A013
Liu
on sequentially healing grain interiors and boundaries
Multi-scale modelling of tungsten fuzz formation under
Ane Lasa
A014
helium irradiation
Volodymyr
Deuterium trapping in tungsten under low-energy high-flux
A015
Dubinko
plasma exposure
Yuwei You
Vacancy-solute and solute-solute interactions in α-Fe
A016
Helium behaviour in high-energy implanted Fe materials
Helene
investigated by nuclear reaction analysis and transmission A017
Lefaix-Jeuland
electron microscopy
First-principles study of helium and hydrogen behavior in
Pengbo Zhang
A018
grain boundary of vanadium
Helene
SIMS depth profiling of helium in iron and vanadium-based
A019
Lefaix-Jeuland materials
Sergei L.
Anomalous mobility of nano-scale radiation defects,
A020
Dudarev
nano-dislocation loops, and kinks on dislocation lines
Shaojun Liu
-22-
16-107
16-108
16-110
16-111
16-120
16-125
16-139
16-140
16-147
16-150
16-160
16-162
16-168
16-169
16-171
16-173
16-176
16-180
16-183
16-188
16-193
16-195
16-208
16-212
16-214
16-216
16-218
Influence of He-interstitial interactions on helium desorption
A021
from he-implanted single crystal iron
Thibault
Cluster dynamics modeling of tungsten under high flux
A022
Faney
helium exposure
The inhibition effect of low-temperature pre-irradiation of
Hui Zheng
helium ions on the growth of helium bubble in 316L stainless A023
steel: A Monte Carlo simulation
He-vacancy interaction and multiple He trapping in small void
Jijun Zhao
A024
of silicon carbide
A molecular dynamics study of point-defect clusters
Huimin Ma
A025
evolution due to cascades in ɑ-Fe
Molecular dynamics study of point defects evolution near
Jingyi Shi
A026
grain boundary in alpha-Fe
Simulation of displacement cascade interacting with grain
Changjun Hu
A027
boundaries in FeCrHe system
Dmitry
Interaction of minor alloying elements with lattice defects in
A028
Terentyev
ferritic high-Cr steels: Ab initio study
Surface morphology changes of tungsten exposed to high
Henri Greuner
A029
heat loading with hydrogen/ helium beams
Test of laser-based in-situ diagnostic for fuel retention
Marek Rubel
A030
studies: Assesment of impact on plasma-facing surfaces
Nano indentation test on clam steel irradiated with hydrogen
Siben Jiang
A031
and helium ion beams
Mirostructure investigation on clam steel under H+/He+
Hongen Ge
A032
dual-beam irradiation
Molecular dynamics simulation of the displacement cascades
Huiqiu Deng
A033
in tungsten with interstitial helium atoms
Effects of interstitial helium atoms on the displacement
Wangyu Hu
A034
cascades in α-Fe
Thermal and mechanical properties simulation of SiC/SiC
Zheng Luo
A035
composites by finite element method
Dmitry
Effect of hydrogen on the beryllium surface energies
A036
Bachurin
Helium bubble clustering and bursting in early stage tungsten
Faiza Sefta
A037
tendrils
Plasma facing materials erosion and eroded material
Nikolay
deposition under ITER-like transient loads at QSPA plasma A038
Klimov
gun facilities
Yevhen
Deuterium retention in tungsten and tungsten-tantalum alloys A039
Zayachuk
Effects of precipitated helium, deuterium or alloy elements on
Kotaro Ono
A040
glissile motion of dislocation loops in Fe-9Cr-2W fellitic alloy
Mitsutaka
Crystal orientation dependence of surface modification in
A041
Miyamoto
molybdenum mirror irradiated with helium ions
Diagnostics of surface modification in plasma facing
M. Yamamoto
A042
materials using optical property measurements
Shuyu Dai,
Modelling of surface evolution of rough surface on divertor
Jizhong Sun,
A043
targets of EAST
Dezhen Wang
Role of He - self-interstitial cluster interaction on He
Christophe J.
evolution: A combined molecular dynamics and rate theory A044
Ortiz
study
Chaofeng
The effects of diffusion and recombination coefficients on the
Sang, Dezhen fuel dynamic retention and release inside tungsten material A045
Wang
under different conditions
Hydrogen isotope behaviors in erbium oxide: Adsorption,
Wei Mao
A046
penetration, diffusion, and vacancy trapping
Overview of tracer techniques for studies of erosion of
Per Petersson
A047
plasma-facing components and material migration
Xunxiang Hu
-23-
16-219
16-220
16-224
16-226
16-234
16-241
16-247
16-248
16-257
16-262
16-274
16-280
16-281
16-287
16-295
16-298
16-315
16-325
16-332
16-334
16-338
16-340
16-354
16-359
16-371
16-384
16-392
16-393
16-397
Simulation of monovacancy diffusion in tungsten at elevated
A048
temperatures
Tommy
Simulation of vacancy formation in tungsten under hydrogen
A049
Ahlgren
supersaturation
Angel Alfonso Recrystallization kinetics of warm-rolled pure tungsten in the
A050
Lopez
temperature range 1150 °C to 1350 °C
Deuterium retention in tungsten after heavy ion damage and
Joseph Barton
A051
hydrogen isotope exchange in PISCES
Plasma- and gas-driven hydrogen permeation through a
Haishan Zhou
A052
reduced activation ferritic steel alloy F82H
Russell
Plasma-induced morphology of beryllium targets
A053
Doerner
Olga V.
Deuterium trapping in well characterized radiation-induced
A054
Ogorodnikova damage produced in tungsten by fast heavy ions
Olga V.
Deuterium retention in reduced-activation ODS steels
A055
Ogorodnikova irradiated by 20 MeV W ions
Jun Tang
Developing tungsten/potassium alloy as PFM
A056
Recrystallised and ITER grade oriented tungsten exposed to
Thorsten
high pulse number transient heat loads at elevated A057
Loewenhoff
temperatures
Masakatsu
Deuterium retention in tungsten coating irradiated by
A058
Fukumoto
deuterium and carbon ions
Anna
Impact of dual and triple beam ion irradiation on ultra high
A059
Prokhodtseva purity Fe(Cr) alloys at fusion relevant conditions
Christiane
Pressure analysis of He-bubbles in He-implanted bcc and fcc
A060
Vieh
steel
Simultaneous exposure of tungsten to steady state
Marius Wirtz
A061
hydrogenplasma and transient thermal events
Chang An
Estimation of Tritium Activities in the Major Components of
A062
Chen
China HCCB TBM System
Development of the selfhealing coating for tritium permeation
Jinping Suo
A063
barriers
Defect evolution and interaction of helium in bcc metals under
Haixuan Xu
A064
fusion and fission enviorments
Analysis of helium ions irradiation in tungsten carbide by
Dongping Liu
A065
conductive atomic force microscopy
Heliumimplantation hardening and anneal hardening in
Kohei. Tadaki
A066
several steels
Tomonori
The effects of H and He on swelling in electronirradiated pure
A067
KIMURA
iron
Widodo
Functionally
graded
tungsten/EUROFER
coatings
Widjaja
A068
manufactured by VPS for application in fusion power plants
Basuki
Modelling of first wall photonic heat loads during disruption
Igor Landman
A069
mitigation by massive gas injection on ITER
Modeling of the impact of runaway electrons on the ITER first
Boris Bazylev
A070
wall
Investigation on crack initiation and propagation mechanisms
Kun Wang
A071
in irradiated F82H
Jin-Long
Dissolusion, accumulation and diffusion of helium in a
A072
Wang
tungsten surface: A first-principles study
Critical concentration for hydrogen accumulation in tungsten
Lu Sun
A073
and molybdenum
Preparation of tungsten fiber-reinfoced W-Cu composites
Jiangtao Li
A074
coated with CVD-W for plasma-facing componebts
Deuterium permeation behavior for damaged tungsten by ion
Yasuhisa Oya
A075
implantation
Siwei Chen
Helium behavior in ODS RAFM
A076
Laura Bukonte
-24-
16-405
Hideo
Watanabe
16-408
Jianrong Sun
16-410
Xin Xiang
16-411
16-412
Zhenhua Zhao
Wanjing Wang
16-413
Yi Yu
16-414
Kiyohiro
Yabuuchi
16-416
Farong Wan
16-417
Kameel
Arshad
16-424
Kevin.G. Field
16-428
Niklas Juslin
16-430
Emma del Rio
16-435
Qing-Zhi YAN
16-436
Heun Tae Lee
16-439
Daxi Guo
16-448
Aaron Oaks
16-455
Xiao-Na Ren
16-458
XiaoLin Shu
Marie-France
Barthe
Shukai He,
Sha Yan
Takeshi
Miyazawa
Naoko
Ashikawa
Viacheslav
M.Chernov
Yunosuke
Ishikawa
16-460
16-471
16-472
16-475
16-481
16-483
16-487
16-489
16-490
16-491
16-492
16-493
16-494
16-496
Effects of hydrogen and helium on heavy ions irradiation
A077
damage in tungsten
Effect of helium on the irradiation damage behaviour in
A078
Ti3SiC2
Effect of combined doping of Fe and C on the helium behavior
A079
in aluminum after aging for one year at RT
Reduced deuterium retention due to noble gas pre-irradiation A080
Nondestructive testing of W/Cu-PFCs developed at ASIPP
A081
Molecular dynamics simulation of segregation and diffusion
A082
of hydrogen in tungsten grain boundary
Effects of He implantation on fracture behavior and
A083
microstructural evolution in F82H
The behavior of vacancy-type dislocation loops under
A084
electron irradiation in iron
Effects of vanadium concentration on densification and
A085
microstructure of tungsten-vanadium alloys
A multilength scale approach to characterize localized
A086
deformation in irradiated specimens
Molecular dynamics simulations of gas bubbles in tungsten A087
Vacancy
migration
temperature
study
in
a
A088
vacancy-supersaturated bcc Fe sample
Tungsten Nanoparticles prepared by wet-chemical method
A089
The impact of Tungsten surface modification by He, C, and N
impurities on Hydrogen transport studied by mixed ion-driven A090
permeation experiments
Multiscale modeling of displacement damage in silicon
A091
carbide induced by neutrons
KMC modeling of helium-vacancy diffusion and clustering in
A092
iron
Proposal and research on using tungsten carbonyl-CVD
process for making W-coating plasma facing materials (PFMs) A093
and W-tubes
Molecular dynamics study on hydrogen diffusion in tungsten A094
Helium behavior and damage induced in tungsten
A095
Transient thermal response of Heions pre-implanted tungsten A096
Evaluation of irradiation hardening of ion-irradiated
A097
V-4Cr-4Ti-0.15Y alloys by nano-indentation techniques
Effects of helium bombardment on hydrogen retention in
A098
F82H steel
Functional properties of low activation structural materials
A099
and the possibilities of their modelling and simulation
Behavior of ion-implanted deuterium and helium in SiC
A100
The effect of niobium doping in tungsten on helium ion
A101
irradiation
Effect of grain orientation on surface damage of niobium
Kaigui Zhu
A102
doped tungsten with helium implantation
Kai Nordlund Physics and chemistry of the erosion of first wall materials
A103
HRTEM characterization of microstructure evolution in
Wenjia Han
A104
tungsten after helium irradiation
Temperature and Cr content effect on irradiation induced
Wenwang Wu
A105
dislocation loops in FeCr alloy
Zhe Chen
The effects of niobium doping in tungsten on helium trapping A106
Surface behavior of tungsten with 30 keV hydrogen plasma
Kaigui Zhu
A107
irradiation followed by 800 keV Ar8 irradiation
The effect of Cr and Mo doping in tungsten on D irradiation
Jiangang Yu
A108
effect
Kaigui Zhu
-25-
16-508
Xiao-Chun Li
16-512
Xiangbing Liu
16-517
Raluca Schibli
16-518
Hongbin Ding
16-520
Max Salvador
16-527
Andrii
Demchyshyn
16-528
Luxherta Buzi
16-530
16-535
16-537
16-543
16-550
Molecular dynamics investigation of H/He behaviors in W
A109
Slow positron beam and nano-indentation study of
A110
irradiation-related defects in reactor vessel steels
Molecular dynamics simulation study of stacking fault
A111
tetrahedra formation in Fe-Ni-Cr alloys
Analysis and removal of ITER relevant materials and deposits
A112
by laser ablation
Diffusion mechanism on silicon carbide: A tight binding
A113
scheme
Properties of swift heavy ionsSHI induced materials
A114
Influence of the particle flux and surface temperature on
A115
surface modifications of tungsten
Effects of helium ion implantation on the microstructure of
Chenyang Lu
A116
two 9Cr ODS steels
Advances in shear punch testing to derive true stressstrain
G. Robert
constitutive laws in unirradiated and irradiated structural A117
Odette
alloys
Modeling of helium effects on microstructural evolution in
Takuya
reduced activation tempered martensitic steels and
A118
Yamamoto
nanostructured ferritic alloys: the effects of He/dpa,
temperature, dose and dose rate
Yinzhong
Microstructure of commercial W-1% La2O3 alloy
A119
Shen
In situ TEM dual ion beam JANNuS-Orsay facility: A tool for
Xiaoqiang Li
A120
fusion material studies
-26-
Poster Session (1)
Monday, 21 October, 2013, 16:10-18:30
Location: Bamboo Room (B001-B080)
Chairs: Q. Zhan, USTB, China
R. Kasada, Kyoto U., Japan
Poster (1) Bamboo Room (B001-B080)
Paper ID
Presenting
Author
16-006
Yanyun Zhao
16-008
16-010
16-028
16-047
16-061
16-065
16-066
16-070
16-076
16-092
16-096
16-115
16-117
16-121
16-122
16-123
16-124
16-128
16-129
16-130
16-133
16-134
16-137
Tittle
Poster
Position
Effects of surface roughness on HIP bonding joints of clam
B001
steel
Lorelei
Creep-fatigue interaction in Eurofer 3 electron beam welds
B002
Commin
Ratna Kumar
Size dependent crush analysis of lithium orthosilicate pebbles B003
Annabattula
Je Keun Chon Characterization strategy for ITER low level radioactive waste B004
Comparative fea of water cooled plasmafacing mockups with
Peng Li
B005
an diamond/copper composite interlayer
Sergey
Simulation of dust production from tungsten armour using
B006
Pestchanyi
PEGASUS-3D code
The effect of phase compositions on high temperature
Jae-Hwan Kim reactivity of plasma-sintered beryllides as advanced neutron B007
multipliers
Effects of ion-irradiation on the hardness and microstructure of
Hiroshi Kubo
B008
eb-weld joint of F82H
Ji-Jung Kai
General corrosion of alloy HR-224 in supercritical water
B009
Chia-Wei Yang The oxidation effects on NBG grade nuclear graphite
B010
Chang-Hoon Effects of phase fraction on mechanical properties of
B011
Lee
9Cr-1WVTa reduced activation ferritic-martensitic steel
Ermile
Fracture behaviour of polycrystalline tungsten
B012
Gaganidze
Masaru
Development of advanced neutron multipliers and tritium
B013
Nakamichi
breeders for the DEMO blankets
Thermo-mechanical analysis of W/Cu-alloy joints for plama
Xunuan Hao facing components under combining load of steaty- and B014
transient-state
Fabrication and properties of W-based materials doped with
Jianjun Sha
B015
carbon nanotubes and niobium
Performance of beryllium pebbles by rotating electrode
Yongjin Feng
B016
process in China
Yongjin Feng Performance of Li4SiO4 pebbles in aging experiments
B017
Evaluation of W coatings prepared by various processes under
Jianjun Huang
B018
high heat flux
Min-Ho Jang Development of the reduce activation 3wt%Cr steel for fusion B019
Phase transformation and impact toughness in the weld heat
Joonoh Moon
B020
affected zone of the reduce activation ferritic/martensitic steel
Tempering behavior in the weld heat-affected zone of the
Joonoh Moon
B021
reduce activation ferritic/martensitic steel
Thermal shock performance of CVD tungsten coating at
Youyun Lian
B022
elevated temperatures
Suk-Kwon
Current Status for the development and test of ITER plasma
B023
Kim
facing components in Korea
Radmir
Preparation of the beryllium materials for the ITER first wall
B024
Giniiatulin
panels in Russian Federation
-27-
16-141
Gang Xu
16-142
Nadezhda A.
Shevyako
16-151
Igor Yu.
Litovchenko
16-155
16-157
16-158
16-164
16-177
16-190
16-199
16-205
16-223
16-233
16-237
16-251
16-252
16-259
16-261
16-263
16-266
16-267
16-273
16-275
16-284
16-299
16-300
16-301
16-308
16-323
Gerald
Pintsuk
Yingchun
Zhang
Effect of ageing on the microstructure and impact property of
B025
CLAM steel
The effect of annealing temperature on the features of
structural
phase
transformations
of
the
hardened B026
ferritic-martensitic steel EK-181
The effect of heat treatment on the microstructure and
mechanical properties of heat-resistant ferritic-martensitic B027
steels EK-181 and CHS-139
Qualification of European cfc and tungsten grades for ITER
B028
Synthesis and fabrication of Li2TiO3 breeder pebbles by
B029
sol-gel combustion process and gel-casting techniques
Microstructural evolution of nanocrystalline RAFM steel
Chi Zhang
B030
irradiated with helium ion
Characteristics of the hydrogen isotopes absorption &
Bin-Bin Liang
B031
desorption by La-Ni-Al tritium storage materials
Igor B.
Study of beryllium damage under ITER – relevant transient
B032
Kupriyanov
plasma and radiative loads
Fabrication techniques development of dual functional lithium
Chunjing Li
B033
lead test blanket module in China
Improve creep properties of reduced activation steels by a new
Chi Zhang
B034
heat treatment
Zhangjian
Hot deformation behavior and processing map of a 9Cr
B035
Zhou
ferritic/martensitic ODS steel
Stefan
Development of textured tungsten for plasma facing
B036
Wikman
components
Effect of ITER ELM conductor manufacturing process on the
Huan Jin
B037
properties of the Inconel625 jacket
Hemant
Development of laser welding process for reduced activation
B038
Kumar
ferritic martensitic steel for Indian test blanket module
Oleg
B4C coating under irradiation by qspat plasma pulses
B039
Buzhinskij
Gas-driven
deuterium
permeation
and
retention
in
Feng Liu
B040
3D-QUASI-homogeneously irradiated ODS-ferritic alloy
The development of plasma-sprayed alumina coating for ITER
Rongrong Luo
B041
CCS shear pin
Jinggang Qin, Mechanical research on 316LN and 316L jacket of ITER
B042
Yu Wu
conductors
Numerical study on high heat flux performance of W/Cu
Lei Chen
B043
mock-ups
Sixiang Zhao Application of cucrzr alloy in W/Cu divertor project for EAST
B044
Thermally induced erosion and melt motion of stainless steel
Jochen Linke
B045
under transient heat loads
Precipitation behaviors of fine precipitates in RAFM steels
Sho Kano
B046
during normalizing and tempering processes
Effect of strain on microstructures and mechanical properties
Youwei Yan
B047
of warmly deformed SCRAM steel for fusion application
Richard E.
Failure of a lithium-filled target and some implications for
B048
Nygren
fusion components
A new method for measuring mechanical properties of steels
Jinping Suo
B049
after ion irradiation
The design and development of the new VTiN microalloyed
Jinping Suo
B050
reduced activation martensitic steels
Hu Gang
Design and fabrication of CH HCCB TBM mockup
B051
Improvement of both strength and ductility of ultrafinegrained
Ting Hao
B052
tungsten produced by ECAP
Makoto
Irradiation hardening of W and WRe alloys due to neutron
B053
Fukuda
irradiation in the HFIR
-28-
16-330
Yancheng
Meng
16-336
Boling Zhu
16-356
Akira
Hasegawa1
16-358
Kyu In Shin
16-364
Hiroshi Oka
16-381
16-395
16-396
16-399
16-404
16-422
16-433
16-441
16-450
16-453
16-454
16-456
16-468
16-470
16-474
16-476
16-485
16-498
16-519
16-545
16-555
16-562
Pinghuai
Wang
Manabu
SATOU
Yuichi
Furuyama
Jinping Suo
A nano-indentation and TEM study on H+/He2+-implanted pure
B054
vanadium and V-Cr-Ti / Fe-Cr-Mn alloys
Characteristics of microstructures and precipitates of casting
B055
RAFM steel
Development of powder metallurgy processed tungsten alloys
B056
for fusion reactor application
Evaluation of weld joint strength of Korean RAFM steel by
B057
small punch test for HCCR TBM in ITER
Hardness distribution and tensile properties in an electron
B058
beam weldment of F82H irradiated in HFIR
High temperature mechanical behavior of rafm steel CLF-1 for
B059
fusion blanket applicaiton
Measurement of adhesive strength between oxide layer and
B060
base metal
CO2 absorption characteristics of a Li2TiO3 blanket material
B061
under atmospheric exposure
Effects of aging and ion irradiation on the microstructures and
B062
mechanical properties of SCRAM steel for fusion application
Miguel Angel
Fabrication and characterization of Y2O3 dispersion
Monge
B063
strengthened copper alloys
Alcazar
Tungsten fibre reinforced copper matrix composites fabricated
Jiangtao Li
by combustion synthesis melt infiltration under ultra-high B064
gravity for fusion application
Creep strength and microstructure of F82H steels near the
Kei Shinozuka
B065
tempering temperature
Fang Liu
Nb3Sn strands verification for ITER TF CICC of CNDA
B066
Makoto
Effects of helium retention on trapping and release behaviors
B067
Kobayashi
of hydrogen isotopes in LI2TiO3
Flow-accelerated corrosion behavior of F82H exposed to high
Akihiko kanai
B068
temperature pressurized water with a rotating apparatus
Honeycomb pd catalyst for the oxidation process of tritiated
Yasunori IWAI
B069
hydrocarbons produced in tritium facility
Nirav I.
Compatibility studies of plasma grown alumina coating against
B070
Jamnapara
Pb-17Li under static conditions
Georgy M.
The effect of irradiation on stress relaxation and notch
B071
Kalinin
sensitivity of cucrzr and cucrnisi alloys
Hirotaka
Development of iron-base composite materials with high
B072
Homma
thermal conductivity for DEMO
Simulation of thermal response of tungsten under high heat
Yizhou Zhu
B073
flux
Performance of pure and oxide doped tungsten alloys under
Boyao Zhang
B074
transient heat load
Development of low activation V3Ga superconducting
Yoshimitsu
multifilamentary wires using various high Ga content B075
Hishinuma
compounds as the Ga source material
Tazhibayeva Effects of reactor irradiation on tritium and helium interaction
B076
Irina
with lithium-containing materials of fusion reactors
Dmitry I.
Gas driven permeation of deuterium through V4Ti4Cr
B077
Cherkez
Kazutoshi
Surface modification by high heat loadin and elasto plastic
B078
Tokunaga
analyses of thermal stress of tungsten materials
Effect of hafniume substition on mechanical of He-Ti-T systems
Xiaotao Zu
B079
and helium migration
Investigation of structural and magnetic properties of Fe/Cu
Feida Chen
B080
and Fe/Ni multilayers irradiated by 300keV Fe10+
-29-
Poster Session (2)
Tuesday, 22 October, 2013, 16:00-18:30
Chairs: X. Liu, SWIP, China
S. Brezinsek, FZ-Jülich, Germany
Poster (2) Xiang Yun Conference Hall (A001-A115)
Paper
ID
Presenting
Author
16-011
Qian Zhan
16-013
16-019
16-024
16-035
16-041
16-044
16-046
16-049
16-050
16-051
16-052
16-057
16-058
16-068
16-071
16-077
16-079
16-081
16-084
16-085
16-086
Tittle
Poster
Position
Effects of deuterium implantation and electron irradiation on
A001
the microstructure of Fe-10Cr model alloy
Clement P.C.
Addressing materials issues for the fusion nuclear science
A002
Wong
facility-advanced tokamak option
Michael. K.
Thermal evolution of nanoclusters in 14YWT nanostructured
A003
Miller
ferritic alloys
Validation of different production routes of ODS steels by
Jan Hoffmann
A004
extended x-ray absorption fine structure
Shuo-Cheng
A progressive model for energy storage inside nuclear grade
A005
Tsai
graphite materials
Formation of vacancy defects and their interaction with
Chenwei He
A006
impurities in irradiated Fe for ODS steels study
APT research the evolution of nanoclusters in 14YWT under
Jianchao He
A007
heavy ion-irradiation
Preparation of WVCr composite for helium cooled plasma
Chulei Zhou
A008
facing material by HIP and SPS
Djamel Kaoumi Irradiation induced defect structures in two model F/M steels A009
Khaydarov
Elemental analysis of thin coating solid material’s surfaces
A010
Rajabbay T.
by using lazer mass-spectrometer
Khaydarov
Mass-spectrometric investigation of interaction of intense
A011
Rajabbay T.
laser radiation with irradiated glasses
Sheng-Yi.
Characterization of nano precipitates after high temperature
A012
Zhong
annealing of ODS alloys by SANS and TEM
K.M.Feng
Current status on RD of Chinese solid breeder TBM
A013
Shanliang
Comparative assessment of radiation damage in fission and
A014
Zheng
fusion materials
Characterization of defect in Si3+ ion-irradiated single crystal
Ji-Jung Kai
3C-SiC and all fibre-bonded SiC composite at high A015
temperatures
Effect of dual beam ion irradiation on microstructural change
Jun-Fu Hu
of SA-Tyrannohex composites under fusion reactor A016
environment
Malgorzata
The influence of vanadium addition on mechanical properties
A017
Lewandowska and microstructure of RAF ODS steel
Effects of Ti element on the structure stability of 9Cr-WVTiN
Fengfeng Luo
A018
reduced activation martensitic steel under ion irradiation
Christian
Quantitative TEM analysis of precipitation and grain
A019
Dethloff
boundary segregation after neutron irradiation
Volodymyr
Precipitation in solids under irradiation: Rate theory and
A020
Dubinko
phase-field modelling
Graded W/CuCrZr composites for water-cooled heat sink
Jeong-Ha You
A021
applications
Brigitte
TEM study of ion irradiated pure iron within the JANNUS
A022
Décamps
facility
-30-
16-087
Janelle P.
Wharry
16-091
Koichi Sato
16-093
Yoosung Ha
16-095
Hwanil Je
16-099
Yufei Li
16-104
Tao ZHOU
16-113
Jijun Zhao
16-116
Jihong Chen
16-118
Shuoxue Jin
16-131
Yanfen Li
16-136
16-143
Мikhail M.
Potapenko
Dmitry
Terentyev
16-146
Suk Hoon Kang
16-148
Suk Hoon Kang
16-149
Keitaro Kondo
16-152
Konstantin V.
Grinyaev
16-153
Ivan А.
Ditenberg
16-159
Jianqi Xi
16-170
16-179
Furkan Özkan
Yinbin Miao
16-187
Takashi Tanno
16-189
Weiwei Zhao
16-196
Zhangjian Zhou
16-198
Wei-Ying Chen
16-200
Hirotoshi Murai
16-203
Feng Li
16-206
Qiurong Xie
16-207
Chao GAO,
Wenyun LUO
16-211
Jinsung Jang
16-217
Yoshito Sugino
Radiation-induced segregation in ferritic-martensitic alloys at
A023
high doses and high dose rates
Defect detection of F82H and T91 irradited with protons and
A024
neutrons at SINQ by positron annihilation spectroscopy
Comparison of recrystallization behavior between ferritic
A025
alloys and nano-scaled ODS steels
Stress corrosion cracking susceptibility of candidate
A026
structural steels in superciritical pressurized water
Preliminary fabrication and characterization of V-Ta alloys
A027
Design and testing strategy of DRAGON-V PbLi loop for
A028
liquid metal blanket
Effect of solute elements on vacancy and vacancy complexes
A029
formation in Fe alloys
Microstructure of reduced-activation martensitic steels
A030
irradiated by sequential He and Fe ions
Irradiation-induced
precipitation
behavior
in
ferritic/martensitic steel irradiated with single- and dual-beam A031
ions at 300°C
Microstructural evolution of 9CR-ODS steel during thermal
A032
aging at 973 K up to 10,000 h
Microstructure and mechanical properties of the V-4Ti-4Cr
A033
alloy as a function of its chemical-heat treatment
Nanostructure evolution under irradiation in Fe-Cr alloys: an
A034
object kinetic Monte Carlo model
Anisotropic swelling behavior of beryllium during proton
A035
irradiation
Manufacture and joining of ferritic ODS steels
A036
Neutronic analysis of the IFMIF tritium release test module
A037
based on the EVEDA design
Characteristic features of defect structure formation in the
V-4Ti-4Cr alloy under different conditions of severe plastic A038
deformation.
The effect of regimes of thermomechanical treatment on
microstructure and mechanical properties of the V-Cr-Zr-С A039
and V-Cr- W-Zr-С alloys
A molecular dynamics study of radiation induced defect
A040
clustering in cubic silicon carbide at high temperature
Creep-fatigue design rules for Eurofer97
A041
Particle-dislocation interactions in austenitic ODS PNC316
A042
Effects of manufacturing method on mechanical property and
A043
microstructure of ODS steels
Formation of α-alumina scales in the Fe-Cr-Al diffusion
A044
coating on China activated martensite steel
The effect of Cr content on the mechanical properties of
A045
ferritic ODS steels
Atom probe microstructural analysis of a neutron irradiated
A046
Fe-14Cr model alloy
Temperature dependence of SCC behavior of SUS316L in
A047
hydrogen dissolved water
Stability of oxide particles under irradiation in ODS steels at
A048
elevated temperature
Ion irradiation behaviors in Lu4Zr3O12 under high
A049
temperature
Cluster dynamics simulation of void swelling in bcc FeCr
A050
alloys under neutron irradiation
Irradiation induced microstructure evolution in ferritic and
A051
austenitic oxide dispersion strengthened steels
Grain boundary deformation at high-temperature tensile test
A052
in ODS ferritic steels
-31-
16-221
16-225
16-228
16-230
16-235
16-236
16-239
16-240
16-244
16-245
16-246
16-250
16-256
16-260
16-283
16-286
16-291
16-302
16-303
16-305
16-309
16-310
16-316
16-322
16-348
16-360
16-368
16-382
16-383
16-385
Dual-Ion beam radiation effect on alloy 625 for fusion reactor
A053
structural materials
Vanessa de
TEM characterization of simultaneous triple ion implanted
A054
Castro
ODS-Fe12Cr
Ken He Zhang In-situ heavy ion irradiation in ferritic/martensitic ODS steels A055
Brigitte
Microstructural study of ion irradiated austenitic stainless
A056
Décamps
steel alloys within the JANNUS Facility (in-situ mode)
Effect of yttrium adittion on the microstructure and
T. Leguey
A057
mechanical properties of ODS RAF steels
The WEST project: procuring and testing ITER-like tungsten
André Grosman divertor high heat flux component technology in a steady A058
state tokamak environment
High resolution neutron diffraction crystallographic
Roberto
investigation of oxide dispersion strengthened steels of A059
Coppola
interest for fusion technology
Kuo Tian
Overview of material challenges in IFMIF test cell design
A060
A molecular dynamics study of radiation induced defect
Jianqi Xi
A061
clustering in cubic silicon carbide at high temperature
Effects of nanoparticle agents on the strengthening of
Pengfei Zheng
A062
V-4Cr-4Ti alloys
Zhijie Jiao
Precipitation evolution in ion-irradiated F-M alloys
A063
Tensile properties and microstructure of ferritic/ martensitic
Tao Zhang
A064
steels F82H after irradiation in a spallation target
Fabrication of Li2TiO3 pebbles using PVA-boric acid method
Yi-Hyun Park
A065
for solid breeding material
Study on the liquid copper induced cracking of 316L during
Zhenchao Sun
A066
the connection of ITER’s thermal anchor
Nimishakavi
Microstructural stability and mechanical behavior of
A.P. Kiran
FeMnNiCr high entropy alloy under ion and neutron A067
Kumar
irradiation
Microstructure of asirradiated and deformed SA316LN
Bingsheng Li
A068
stainless steel irradiated in STIP II
Alejandro G.
Effects of ion and neutron irradiation on a bulk metallic glass A069
Perez-Bergquist
Dongsheng
Thermal aging effects on the microstructure and mechanical
A070
Chen
properties of high-Cr ferritic alloys
Effects of rotation speed on microstructure and hardeness of
Wentuo Han
A071
friction stir welded ODS ferritic steels
Mechanical properties and corrosion resistance of Zr
Qian Feng Fang contained high CrODS ferritic steel prepared by spark plasma A072
sintering method
Spatiallyresolved rate theory of heliumvacancy cluster
Nasr Ghoniem
A073
evolution in polycrystals
Shear strength test development for irradiation study of
Yutai Katoh
A074
joined materials
Friction stir welding of ODS steels and advanced ferritic
Zhili Feng
A075
structural steels
Void swelling in pure Fe, Ni and metallic alloys irradiated with
Yin Song
A076
122 MeV Ne ions
Angel Ibarra
A stepped approach from IFMIF/EVEDA towards IFMIF
A077
Naoko Oono
Nucleation and growth of oxide particles in 9Cr-ODS steel
A078
Arunodaya
Cr effect on microstructural evolution under irradiation in
A079
Bhattacharya
Fe-Cr alloys
Microstructural
evolution
of
W
and
WC
under
Dongping Liu low-energy/high-energy
He+
irradiation
at
elevated A080
temperature
Stuctural, mechanical and electrical evolution of Helium ion
Hongyu Fan
A081
irradiated hydrocarbon films
Shigeharu Ukai Residual ferrite formation in 8-12Cr ODS steels
A082
Yu-Chen Liu
-32-
16-398
Qian Zhan
16-400
Chenxu Wang
16-406
Hideo
Watanabe
16-407
Peng Dou
16-409
Hongwei Wang
16-419
Weiwei Zhao
16-420
16-423
Elizabeth
Surrey
Phillip D.
Ferguson
16-425
Max Salvador
16-426
Jiaming Zhang
16-427
Arthur F.
Rowcliffe
16-429
Kevin G. Field
16-434
Yasuhiro
Kamada
16-442
Kangning Zhou
16-451
Peng Dou
16-461
Sanghoon Noh
16-462
Liling Yang
16-473
Yasuhiro
Kamada
16-477
Yuzuru Ito
16-480
16-484
16-495
Naoyuki
Hashimoto
Yoshimitsu
Hishinuma
Masahiko
Hatakeyama
16-497
Victor S.
Neustroev
16-499
Jarir Aktaa
16-507
Rui Xie
16-513
Michael
Klimenkov
16-523
Bun Tsuchiya
16-536
G. Robert
Odette
Effects of ion irradiation on microstructure of prcipitates in
A083
china low activation martensitic steel
Effect of Au irradiation on Ti3AlC2: damage evolution and the
A084
change of mechanical properties
Effect of Cu on radiation induced hardening of A533B under
A085
ion irrradiation
Characterization of nanoprecipitates in an Al-alloyed high-Cr
oxide dispersion strengthened ferritic steel with Hf addition A086
using HRTEM and STEM
Radiation effects of W/ZrO2 multilayered composite
A087
Research progress of tritium permeation barrier coatings on
A088
CLAM steel for CN DFLL-TBM
FAFNIR: A risk reduction strategy for fusion materials
A089
irradiation data
A fusion materials irradiation test station at the spallation
A090
neutron source
Design of the tiles displacement system carriers and
A091
removable coil cases on Mexican tokamak “T”
Disordered fluorite structure-type of Y2TiO5 induced by ion
A092
irradiation
Structural materials for lifetime components of long–term
A093
fusion energy systems
TEM examination of deformation localization in F82H neutron
A094
irradiated weldments
Neutron irradiation effects on the magnetic properties of
A095
Fe-Cr alloys
Microstructure
evolution
behavior
in
irradiated
A096
vanadium-based alloys for fusion applications
Character, dispersion and coherency of nanoprecipitates in
A097
oxide dispersion strengthened steels
Influence of yittrium hydride addition on microstructures and
A098
mechanical properties of ODS ferritic steels
Analysis of trace hydrogen isotopes in helium by
high-precision gas chromatograph with modified cryogenic A099
column
Magnetic and electrical properties of ion-irradiated single
A100
crystal iron films
Development of crack growth test of F82H steel at 288℃
A101
using a small size specimen
In-situ observation of microstructure evolution in
A102
electron-irradiated multiwall carbon nanotubes
Formation of double oxide insulator coating for an advanced
A103
breeding blanket system
Dislocation loop nuclation and growth in CuCrZr alloy during
A104
1.25 MeV electron irradiation
Effect of stresses on development of vacancy voids, swelling
and creep strain in neutron irradiated Fe-18Cr-10Ni-Ti A105
austenitic steel
Application of viscoplasticity for modeling the inelastic
A106
deformation behavior of irradiated RAFM steels
Microstructure and properties of nano-structured 9Cr oxide
dispersion strengthened steels by atomization and hot A107
isostatic pressing
TEM characterization of neutron irradiated defects in
A108
EUROFERS97
Dynamics radiation-induced phenomenon on electrical
A109
property of CVD-SiC under fast neutron irradiation
Recent progress in the development of irradiation tolerant
A110
nanostructured ferritic alloys
-33-
16-542
16-554
16-561
16-563
Kurt Terrani
Microstructural examination of irradiated NITE-SiC
A111
Microstructural stability of the SiC fibers irradiated with
Sosuke Kondo
A112
Si-ions up to 100 DPA at low temperature
Surface damage to 6H-SiC by highly-charged Xeq+ ions
Liqing Zhang
A113
irradiation
Composition optimization of vanadium alloys using a
Chuang Dong
A114
cluster-plus-glue-atom model
-34-
Poster Session (3)
Wednesday, 23 October, 2013, 16:00-18:30
Chairs: Y.Q. Chang, USTB, China
Y. Hirooka, NIFS, Japan
Poster (3)
Paper
ID
Xiang Yun Conference Hall (A001-A116)
Presenting Author
Tittle
Effect of helium on stainless steel mechanical and
A001
microstructural properties using tritium decay
Shuang Zhao
Fabrication and characterization of PIP SiC/SiC composites A002
Joining of SiC ceramics using a laser beam scanning
Yang-Il Jung
A003
method
Overview of development on tritium permeation barrier in
Xinchun Lai
A004
CAEP
Corrosion barriers processed by Al electroplating and their
Wolfgang Krauss
A005
resistance against flowing Pb-15.7Li
Effect of irradiation on the microstructure and mechanical
Yongqin Chang
A006
behavior of CLAM steel with Xe ions
Yongqin Chang
Fabricaton and irradiation of CLAM steel with refining grains A007
Creep of beryllium pebbles after neutron irradiation up to
Vladimir Chakin
A008
3000 appm helium production
Design and preparation of water cooled plasma-facing
Weiping Shen
A009
mockups with an diamond/copper composite interlayer
Brazing of tungsten to Cu-Cr-Zr alloy using stress relief
Zhangjian Zhou
A010
interlayers
Effects of helium trapped by dislocations on mechanical
Qiu Xu
A011
property changes in Fe
First-principles study of effects of alloying solutes on
Wei Liu
A012
solidity of α-Fe
Diffusion bonding of W/ODSS using ion insert and different
Hiroyuki Noto
A013
grain structured W for fusion applications
Evaluation of strength of vacuum plasma sprayed tungsten
Shuichi Taniguchi
A014
coatings
Ion-irradiation-induced defect in 3C-SiC characterized by
Yan-Ru Li
A015
synchrotron radiation-based XRD and TEM
Dislocation sinks efficiency under different applied loads in
Alexander B. Sivak
A016
bcc (Fe, V) and fcc (Cu) crystals
Modelling the interaction of radiation defects with
Dmitry Terentyev
A017
dislocation in Fe-10Ni-20Cr alloys
Damage behavior in Helium-irradiated reduced-activation
Fengfeng Luo
A018
martensitic steels at elevated temperatures
He-cooled divertor for DEMO: Technological study on
Prachai Norajitra
A019
joining tungsten components with titanium interlayer
Effects of impurities on stability and mobility of helium in
Xuebang Wu
A020
tungsten under a fusion environment
Effects of Si transmutation to Mg in SiC: A combined
Shenyang Hu
A021
experimental and computational study
Theoretical elastic stiffness, thermal conductivity and defect
L. J. Chen
A022
formation energies of tungsten
Mohamed E.
Transmutation of Tungsten in fusion and fission nuclear
A023
Sawan
environments
Jijun Zhao
Finnis-Sinclair potential for V-5Ti-5Cr ternery alloy
A024
16-002 Farhad Tavassoli
16-005
16-012
16-025
16-030
16-037
16-038
16-039
16-045
16-054
16-055
16-056
16-064
16-067
16-069
16-073
16-075
16-078
16-080
16-083
16-088
16-090
16-109
16-112
Poster
Position
-35-
16-132 Yue Xu
R & D of flat-type W/Cu PFMC for EAST
A025
Development of CVD-W coatings on CuCrZr and graphite
16-138 Jiupeng Song
A026
substrates with a PVD intermediate layer
Grain boundary chemical arrangement in Fe-Cr-W and
16-144 Dmitry Terentyev
A027
Fe-Ni-Cu-Mn alloys: A metropolis Monte Carlo study
Effects of β-irradiation on the structural and mechanical
16-145 Jingwen Ba
A028
properties of polyimide
Microstructural evolution and mechanical properties of W
16-156 Yiming Wang
A029
and WL10 processed by High Pressure Torsion
Effects of NaPO3 on pulse electro-deposition tungsten
16-161 Yingchun Zhang
A030
coating from oxide molten salt
Comparison between hydrogen and helium irradiation
16-163 Yanhong Chang
effects on both surface and bulk mechanical properties of A031
12Cr-ODS steel
Flexural properties and deformation behavior of HIPed,
16-167 Vladimir Krsjak
A032
rolled and forged tungsten at different temperatures
Vladimir A.
Equilibrium and diffusion self-point defects characteristics
16-175
A033
Romanov
in bcc iron and vanadium crystals
Different regimes of transient creep under irradiation as
16-178 Tеtiana Didenko result of nonlinear feed-backs between point defects’ A034
density and dislocation motion
Self-reinforcing annealing of radiation defects and
16-182 Selyshchev Pavlo
A035
development of thermal instability
Study on CVD preparation of Al2O3 coating on structural
16-184 Chengwen Tan
A036
steel substrate
16-186 Wahyu Setyawan Displacement cascade phase diagram in bcc metals
A037
Nanoindentation on an oxide dispersion strengthened steel
16-194 Yitao Yang
A038
and a ferritic/martensitic steel implanted with helium ions
Ion irradiation induced micro-swelling in Lu2Ti2O7 at high
16-197 Dongming Yin
A039
temperature
Fabrication of lithium silicate doped with lithium titanate by
16-201 Hu Jin
A040
melt spraying method
Radiation damage and anneal effects on optical materials for
16-202 Masaki Nishiura
A041
fusion plasma diagnostics
Oleksandr M.
Deuterium retention in radiation-induced defects in tungsten
16-204
A042
Мorozov
at low temperatures
Thermal
characterisation
of
ceramic/metal
joining
Valentina
16-209
techniques for fusion applications using x-ray tomography A043
Casalegno
for image-based finite element modelling
Hydrogen diffusion along grain boundaries in erbium oxide
16-213 Wei Mao
A044
coating
Structural and electronic properties of cubic erbium oxide
16-215 Wei Mao
A045
surfaces
Microstructure and thermal stability of nanostructured
16-222 Zhenbo Zhang
ferritic/martensitic steel produced by dynamic plastic A046
deformation
Thermal shock and fatigue resistance of tungsten materials
16-243 Qingzhi Yan
A047
under transient heat loading
The inhibition effect of low-temperature pre-irradiation of
16-255 Hui Zheng
helium ions on the growth of helium bubble in 316L stainless A048
steel: A Monte Carlo simulation
Damage evaluation of SiC and yttria-stabilized zirconia by
16-258 Shude Yao
A049
tri-beam irradiations
Strengthening due to radiation induced obstacles in iron and
16-268 Yuri Osetsky
A050
ferritic alloys: An atomic-scale view
Structural causes of optical changes in high dose neutron
16-271 Keith J. Leonard
A051
irradiated dielectric mirrors
Fabrication and characterization of potassium doped
16-276 Xiaoyan Shu
A052
tungsten
-36-
Characterization of He implanted and neutron irradiated
A053
Eurofer97 steel
The hardening effect of He-bubbles of F82H irradiated in the
16-282 Christiane Vieh
A054
Swiss spallation neutron source
Alejandro G.
Effect of neutron irradiation on Ti-Si-C MAX-phase ceramic
16-292
A055
Perez-Bergquist
microstructures
Insitu observation of microstructure evolution in tungsten
16-294 Guang Ran
A056
under 400keV Kr Irradiation
Microstructural evolution and internal friction behaviors of
16-304 Xianping Wang
A057
T91 steel irradiated by high energy Cl3+ ion
Corrosion resistance enhancement of WC-Cr3C2 composite
16-306 Yan Jiang
A058
coatings fabricated by spark plasma sintering method
Theory and modeling of concurrent radiation damage and
16-307 Nasr Ghoniem
A059
plastic deformation
Diffusion and aggregation of tungsten atoms on the 110 and
16-312 Zhengzheng Chen
A060
100 surfaces under stress
Electron-beam additive manufacturing of tungsten materials
16-313 Evan Ohriner
A061
for fusion
The mechanism of 100 interstitial loop formation in bcc iron
16-314 Haixuan Xu
A062
using atomistic simulations
Charles H.
Development of nanocrystalline SiC-alloys for Improved
16-317
A063
Henager, Jr.
Thermal Conductivity and Toughness
Irradiation response of ODS ferritic steels with 122 MeV Ne
16-320 Chonghong Zhang
A064
ions at HIRFL
The kinetics of the iron aluminide coating on lowactivation
16-321 Xiaoming Yuan
CLAM steel by pack cementation and diffusiontreatment A065
process
Manufacture of thick VPS W coatings on relatively large
16-335 Chunming Deng
A066
CuZrCr substrate and its exposure to Electron beam
Process development for joining silicon carbide for fusion
16-342 Yutai Katoh
A067
energy applications
Irradiation hardening and damage production in H/He
16-347 Hengqing Zhang
A068
implanted or ionirradiated ferritic ODS steels
Study the annealing effect of iron ion irradiated FeCu alloys
16-349 Xingzhong Cao
A069
using slow positron beam
Joining of SiC-based materials for nuclear applications by
16-350 Stefano Rizzo
A070
spark plasma sintering technique
Interaction of dislocations with carbides in BCC Fe studied
16-351 Fredric Granberg
A071
by molecular dynamics
Innovation on tungstenalloys coatings prepared by cold
16-357 Chang-Chun GE
A072
spray technology
High heat flux testing of the W/Cu mono-block mock-ups for
16-361 Qiang Li
A073
EAST divertor
Modeling and simulation of hydrogen/helium behaviors in
16-365 Guang-Hong Lu
tungsten at different scales & plasma-irradiation-resistant A074
materials design
Preparation and characterization of Li2TiO3 ceramics by
16-367 Qilai Zhou
A075
combustion of metal nitrate-citric acid mixture solution
Hydrogen induced vacancy formation mechanism in
16-369 Yi-Nan Liu
A076
tungsten
Edeltraud
Tensile behavior of RAFM steel-alloys after 16.3 dpa neutron
16-370
A077
Materna-Morris
irradiation between 250 and 450 °c
Mean-field model of gas-bubble and dislocation loop
Alexander V.
16-379
evolution in metallic materials under neutron irradiation and A078
Barashev
thermal aging conditions
Positron annihilation studies on electron and neutron
16-386 Shaosong Huang
A079
irradiated F82H model alloys
Tungsten coatings electro-deposited on CFC substrate from
16-387 Yingchun Zhang
A080
oxide molten salt
16-277 Inês Carvalho
-37-
16-394 Hiroshi Oka
16-401 Sasa Novak
16-402 M.A. Monge
16-415 Dai Hamaguchi
16-421 Peng Song
16-432
Charles H.
Henager
16-438 Daxi Guo
16-440 Hang Zang
16-443 Gang Yu
16-444 Yu TIAN
16-447 Sunghun Kim
16-449 James Stubbins
16-452 Toyohiko Yano
16-457 Shanshan Liu
16-463 Lei YU
16-464 Taira Okita
16-465
Sheng Xuanyu,
Zhou Zhiwei
Strength factor of dislocations in neutron irradiated
A081
austenitic stainless steel at high temperature
Fabrication and properties of the SITE-SiCf/SiC composite A082
Microstructural and mechanical characteristics of W-2Ti and
A083
W-1TiC by Hot Isostatic Pressing
Fracture toughness of HFIR neutron irradiated F82H and its
A084
weldments
Structural changes and defects evolution in Ti3AlC2 induced
A085
by 500 keV He-ions irradiation
Modified torsion tests for high strength SiC joints using
A086
solid state displacement reactions
Damage production in silicon carbide in fission and fusion
A087
spectra
Study of mechanical properties modifications of 6H-SiC
A088
induced by heavy ions irradiation
Microstructure analyses of helium and hydrogen
A089
implantation in tungsten
Design and preparation of binary and ternary tungsten
A090
alloys for fusion applications
Enhanced thermal conductivity of SiC-based composite
through the introduction of unidirectional fibers for A091
advanced divertor
High energy x-ray diffraction measurement of load
A092
partitioning in irradiated HT9
Recovery behavior of neutron-irradiation-induced point
A093
defects of high-purity β-SiC
Experimental research of the effective thermal conductivity
of Li4SiO4 pebble beds for China helium cooled ceramic A094
blanket
Research on atmospheric plasma sprayed-W COATINGS for
A095
fusion devices
Analysis of the interaction between a line dislocation and
prismatic loop by both dislocation theory and MD A096
simulations
Preparation of tritium material Li2TiO3 by isostatic method
Step character оf deuterium retention coefficient in
A098
austenitic stainless steel implanted at temperature~295K
Takuji Oda
Threshold displacement energies in ternary lithium oxides A099
Copper-based filler metal for brazing beryllium with
Aleksei.N.Suchkov chromium-zirconium bronze for manufacture of the ITER A100
first wall elements
Deposition behaviors of SiC on the curved substrate for SiC
Ji Yeon Park
A101
tube
Development of micro/nano composited fine-grain tungsten
Jinglian Fan
A102
material and its thermal loading behavior
The effects of high-energy activation on the densification
Jinglian Fan
A103
behavior of ultra-fine tungsten powder
Widodo Widjaja
Themo-mechanical
analysis
of
diffusion
bonded
A104
Basuki
W/EUROFER97 with V-interlayer
MD simulations for modeling interactions between a line
Keisuke Asari
dislocation
and
irradiation-induced
defect
by A105
incorporatingthe effect of SFE
Control of substrate oxidation in MOD ceramic coating
Teruya Tanaka
A106
fabrication with reduced-pressure atmosphere
Investigation on functionally graded materials as plasma
Junling Chen
A107
facing material in ASIPP
16-467 V.I. Zhurba
16-469
16-478
16-479
16-486
16-488
16-500
16-502
16-503
16-506
A097
-38-
16-511
16-532
16-540
16-544
16-552
16-553
16-560
Thermal stress analysis on the chemical vapour deposition
Dahuan Zhu
tungsten coating on CuCrZr as plasma facing material for A108
EAST
Constitutive, damage and plasticity laws for candidate
Takuya Yamamoto
A109
fusion alloys
Analysis of recovery process of low dose neutron
Areerak
irradiation-induced defects in silicon nitride-based ceramics A110
Rueanngoen
by thermal annealing
Kazutoshi
Temperature dependence of tensile strengh and fracture
A111
Tokunaga
surface obserbation of ITER grade tungsten
Review on the application of explosive forming technology
Shuming Wang
A112
on large sized W-based PFM/PFC
Research on W/CuCrZr explosive welding and mechanical
Congxiao Sun
A113
properties for plasma facing components of tokamak
Heat flux testing evaluation of pure tungsten under
Xiao Peng Zhu
high-Intensity pulsed ion beam irradiation at elevated A114
temperatures
-39-
Satellite Meetings
Organizing Chair: Ji-Ming Chen, SWIP, China
Meeting
Date
Start
End
Room
IEA W-Alloy
Oct. 20, Sun.
15:00
18:00 Plum Blossom Room
S. Gonzalez
IEA RAFM Steels
Oct. 22, Tue.
18:30
E. Diegele, R. Kurtz
IEA V-Alloys
Oct. 22, Tue.
18:30
20:00
IEA W-GIFT
Oct. 23,Wed.
18:30
IEA SiC/SiC
Oct. 24, Thu.
16:00
18:00
IEA Annex II
Oct. 25, Fri.
14:00
F. Tavassoli, R. Kurtz
Oct. 25, Fri.
16:30
E. Diegele, R. Kurtz
Maple Room
Maple Room
Responsible/Contact
T. Muroga, V. Chernov
E. Diegele, E. Wakei
T. Nozawa
IEA Fusion Materials
Executive
Committee
-40-
Social Events and Information
Opening Reception and Registration
On-site registration will begin from 2:00 pm at the reception-desk in the lobby of the Capital
Hotel. The Welcome Reception will be held at Four Seasons Restaurant in Capital Hotel
on 20th, Oct. from 18:30 pm to 20:30 pm.
Lunch
During conference lunch will be held at Four Seasons Restaurant and Coffee House in
the 1st floor
IAC Meeting
The international Advisory Committee Meeting will be held on 23th, Oct, Wednesday at
Maple Room.
Excursion Introduction:
On the Thursday afternoon of 24th October, we will visit the Forbidden City, for more
information see materials send out at the arrival counter and Appendix A.
Conference Banquet and Speaker:
The conference banquet will be held on Thursday evening at Zi Yun Grand Ballroom in the
Capital Hotel. We will get there by bus after our afternoon excursion. The banquet will start
at about 18:30 pm and end at 20:30 pm.
As part of the dinner, a presentation will be made to discuss a newly-prepared set of
by-laws to provide guidance for the conduct of future ICFRM conferences.
Accompanying Persons:
We welcome the presence of participants’ families in our conference. The Capital Hotel is
located in the scenic downtown area of Beijing that includes historical sites, Tiananmen
Square, Forbidden City, Temple of Heaven, etc. All are within walking distance, and near
the well-known Wang Fujing shopping area. It is also very convenient for a tour of the
surrounding scenic spots in the suburbs of Beijing. They will have a good time in the colorful
and charming Golden Autumn in Beijing.
Note:
If you would like to take advantage of tourist activities after this conference- you can find
more information about official recommended Tourist Destinations and Prices in the tourist
information file in Appendix C.
Map
City Maps are available from the hotel front desk
-41-
Author Index
※Note: The list is based on the name of corresponding authors.
Last Name
First Name
Affiliation
A.P. Kiran Kumar
Abe
Ahlgren
Aktaa
Alfonso Lopez
Annabattula
Antusch
Arshad
Asari
Ashikawa
Auger
Ba
Bachurin
Banerjee
Barabash
Barashev
Nimishakavi
Hiroaki
Tommy
Jarir
Angel
Ratna Kumar
Steffen
Kameel
Keisuke
Naoko
Marian
Jingwen
Dmitry
Srikumar
Vladimir
Alexander
Barthe
Marie-France
Barton
Basuki
Basuki
Bazylev
Becquart
Joseph
Widodo Widjaja
Widodo Widjaja
Boris
Charlotte
Bhattacharya
Arunodaya
Boutard
Brezinsek
Bukonte
Buzhinskij
Buzi
Byun
Cao
Carvalho
Casalegno
Caturla
Caturla
Chakin
Chang
Chang
Chang
Chen
Chen
Chen
Jean-Louis
Sebastijan
Laura
Oleg
Luxherta
Thak Sang
Xingzhong
Inês
Valentina
Maria J.
Maria
Vladimir
Yongqin
Yongqin
Yanhong
Renkun
Jiachao
Lei
ORNL, USA
Tohoku U., Japan
UH, Finland
KIT, Germany
DTU, Denmark
IIT-M, India
KIT, Germany
BUAA, China
Tokyo U., Japan
NIFS, Japan
UC3M, Spain
CAEP, China
KIT, Germany
BARC, India
IO, France
UTK, USA
CNRS-CEMHTI,
France
UCSD, USA
KIT, Germany
KIT, IAM, Germany
KIT, Germany
UMET, France
CSNSM/Orsay,
France
Cab HC, France
FZ-Jülich, Germany
UH, Finland
TRINITI, Russia
UGent, Belgium
ORNL, USA
IHEP, China
M2i, Netherlands
POLITO, Italy
UA, Spain
UA, Spain
KIT, Germany
USTB, China
USTB, China
CAEP, China
UCSD, USA
PSI, Switzerland
SWIP, China
16-283
16-232
16-220
16-499
16-224
16-010
16-337
16-417
16-502
16-475
16-235
16-145
16-173
P11
P03
16-379
Poster (2)
O-1B
Poster (1)
Poster (2)
Poster (1)
Poster (1)
O-4A
Poster (1)
Poster (3)
Poster (1)
Poster (2)
Poster (3)
Poster (1)
Plenary (4)
Plenary (1)
Poster (3)
Session
ID
A067
O-1B-I1
A049
A106
A050
B003
O-4A-O3
A085
A105
A098
A057
A028
A036
P4-2
P1-3
A078
16-460
Poster (1)
A095
16-226
16-338
16-500
16-354
16-172
Poster (1)
Poster (1)
Poster (3)
Poster (1)
O-6A
A051
A068
A104
A070
O-6A-I1
16-368
Poster (2)
A079
16-033
16-556
16-219
16-251
16-528
16-344
16-349
16-277
16-209
16-265
P02
16-039
16-037
16-038
16-163
16-288
16-048
16-263
O-2A
O-3B
Poster (1)
Poster (1)
Poster (1)
O-2A
Poster (3)
Poster (3)
Poster (3)
O-4B
Plenary (1)
Poster (3)
Poster (3)
Poster (3)
Poster (3)
O-2B
Poster (1)
Poster (1)
O-2A-I2
O-3B-I1
A048
B039
A115
O-2A-O2
A069
A053
A043
O-4B-I2
P1-2
A008
A006
A007
A031
O-2B-I1
A010
B043
Paper ID Contribution
-42-
Last Name
First Name
Affiliation
Chen
Chen
Chen
Chen
Chen
Chen
Chen
Cherkez
Chang An
Siwei
Jiachao
Da
Wei-Ying
Dongsheng
Junling
Dmitry
Chernov
Viacheslav M.
Chon
Chun
Commin
Coppola
Dai
de Castro
Je Keun
Young Bum
Lorelei
Roberto
Yong
Vanessa
De Temmerman
Gregory
DECAMPS
Brigitte
DECAMPS
Brigitte
del Rio
Demchyshyn
Deng
Deng
Dethloff
Didenko
Ding
Emma
Andrii
Huiqiu
Chunming
Christian
Tеtiana
Hongbin
Ditenberg
Ivan
Doerner
Dong
Dou
Russell
Chuang
Peng
Dou
Peng
Dubinko
Dubinko
Dudarev
Edwards
Escourbiac
Fan
Fan
Volodymyr
Volodymyr
Sergei
Danny
Frederic
Jinglian
Jinglian
CAEP, China
HU, Japan
PSI, Switzerland
NUAA, China
UIUC, USA
Kyoto U., Japan
ASIPP, China
NRCKI, Russia
JSC “VNIINM”,
Russia
ITER, France
KAERI, Korea
KIT, Germany
ENEA, Italy
PSI, Switzerland
UC3M, Spain
DIFFER,
Netherlands
CSNSM/CNRS,
France
CSNSM/CNRS,
France
IFN UPM, Spain
KNU, Ukraine
HNU, China
GZRINM, China
KIT, Germany
KNU, Ukraine
DUT, China
ISPMS SB RAS,
Russia
UCSD, USA
DLUT, China
Kyoto U., Japan
City U., Hong Kong,
PRC
NSC KIPT, Ukraine
NSC KIPT, Ukraine
CCFE, UK
PNNL, USA
IO, France
CSU, China
SKLPM-CSU, China
16-295
16-397
16-492
16-562
16-198
16-302
16-506
16-519
Poster (1)
Poster (1)
Poster (1)
Poster (1)
Poster (2)
Poster (2)
Poster (3)
Poster (1)
Session
ID
A062
A076
A105
B080
A046
A070
A107
B077
16-481
Poster (1)
A099
16-028
16-060
16-008
16-239
16-534
16-225
Poster (1)
O-5B
Poster (1)
Poster (2)
O-3A
Poster (2)
B004
O-5B-O2
B002
A059
O-3A-I1
A054
16-339
O-3B
O-3B-O1
16-086
Poster (2)
A022
16-230
Poster (2)
A056
16-430
16-527
16-168
16-335
16-081
16-178
16-518
Poster (1)
Poster (1)
Poster (1)
Poster (3)
Poster (2)
Poster (3)
Poster (1)
A088
A114
A033
A066
A019
A034
A112
16-153
Poster (2)
A039
16-241
16-563
16-407
Poster (1)
Poster (2)
Poster (2)
A053
A114
A086
16-451
Poster (2)
A097
16-082
16-084
16-106
16-524
16-521
16-486
16-488
Poster (1)
Poster (2)
Poster (1)
O-8A
O-7A
Poster (3)
Poster (3)
A015
A020
A020
O-8A-O1
O-7A-I1
A102
A103
Last Name
First Name
Affiliation
Faney
Fang
Feng
Feng
Feng
Feng
Feng
Ferguson
Field
Field
Fu
Fukuda
Furuyama
Gaganidze
Thibault
Qian Feng
Kaiming
Yongjin
Yongjin
K.M.
Zhili
Phillip
Kevin
Kevin
Jie
Makoto
Yuichi
Ermile
Gan
Yixiang
Gao
Gao
Garner
Ge
Ge
Ge
Ge
Ge
Ge
Ghoniem
Ghoniem
Ghoniem
Gilbert
Giniiatulin
Gonzalez de
Vicente
Granberg
Greuner
Fei
Chao
Frank
Chang-Chun
Chang-Chun
Chang-Chun
Chang-Chun
Chang-Chun
Chang-Chun
Nasr
Nasr
Nasr
Mark
Radmir
Grinyaev
Konstantin
Grosman
Guo
Guo
Guo
Guo
Guo
Guo
Ha
Hamaguchi
Han
Hao
Hao
André
Daxi
Liping
Liping
Liping
Liping
Daxi
Yoosung
Dai
Wentuo
Xunuan
Ting
UCB, USA
ISSP, China
SWIP, China
SWIP, China
SWIP, China
SWIP, China
ORNL, USA
ORNL, USA
ORNL, USA
ORNL, USA
DLUT, China
Tohoku U., Japan
Kobe U., Japan
KIT, Germany
Sydney U.,
Australia
PNNL, USA
SARI, China
REC, USA
USTB, China
USTB, China
USTB, China
USTB, China
USTB, China
USTB, China
UCLA, USA
UCLA, USA
UCLA, USA
CCFE, UK
NIIEFA, Russia
EFDA CSU
Garching, Germany
HU, Finland
IPP, Germany
ISPMS SB RAS,
Russia
CEA/IRFM, France
XJTU, China
WHU, China
WHU, China
WHU, China
WHU, China
XJTU, China
Kyoto U., Japan
JAEA/ORNL, Japan
Kyoto U., Japan
DUT, China
ISSP, China
Sehila M
Fredric
Henri
Session
ID
A022
A072
P2-2
B016
B017
A013
A075
A090
A086
A094
A024
B053
B061
B012
16-108
16-305
P05
16-122
16-123
16-057
16-316
16-423
16-424
16-429
16-112
16-323
16-396
16-096
Poster (1)
Poster (2)
Plenary (2)
Poster (1)
Poster (1)
Poster (2)
Poster (2)
Poster (2)
Poster (1)
Poster (2)
Poster (3)
Poster (1)
Poster (1)
Poster (1)
16-026
Poster (1)
A007
16-181
16-207
16-380
16-551
P07
16-455
16-357
16-444
16-463
16-309
16-307
16-312
16-036
16-137
O-3A
Poster (2)
O-2A
O-8A
Plenary (3)
Poster (1)
Poster (3)
Poster (3)
Poster (3)
Poster (2)
Poster (3)
Poster (3)
O-8B
Poster (1)
16-377
Last Name
First Name
Affiliation
Hasegawa
Hashimoto
Hatakeyama
He
He
He
He
Akira
Naoyuki
Masahiko
Pei
Xinfu
Xinfu
Gang
Tohoku U., Japan
Hokkaido U., Japan
Tohoku U., Japan
KIT, Germany
CIAE, China
CIAE, China
TIPC, China
CNRS/CEMHTI,
France
PNNL, USA
PNNL, USA
PNNL, USA
PNNL, USA
NIFS, Japan
NIFS, Japan
NIFS, Japan
ORNL, USA
KIT, Germany
Hokkaido U., Japan
UC Berkeley, USA
HNU, China
SWIP, China
PNNL, USA
KUST, China
INEST, China
INEST, China
SZU, China
Kyoto U., Japan
CIEMAT, Spain
KIT, Germany
IAE NNC RK,
Kazakhstan
Tohoku U., Japan
JAEA, Japan
JAEA, Japan
IPR, India
KAERI, Korea
KAERI, Korea
Kyoto U., Japan
ISSP, China
U-Mich, USA
ASIPP, China
Fukushima-nct,
Japan
KAERI, Korea
UT, USA
NTHU, Taiwan, PRC
He
Chenwei
O-3A-I2
A050
O-2A-O4
O-8A-O3
P3-1
A093
A072
A090
A095
A073
A059
A060
O-8B-I3
B024
Henager
Henager
Henager
Henager
Hirooka
Hishinuma
Hishinuma
Hoelzer
Hoffmann
Homma
Hu
Hu
Hu
Hu
Hu
Huang
Huang
Huang
Huang
Ibarra
Igitkhanov
Charles
Charles
Charles
Charles H.
Yoshi
Yoshimitsu
Yoshimitsu
David
Jan
Hirotaka
Xunxiang
Wangyu
Gang
Shenyang
Jin
Qunying
Bo
Jianjun
Shaosong
Angel
Yuri
O-5B
O-5B-O3
Irina
Tazhibayeva
16-351
16-147
Poster (3)
Poster (1)
A071
A029
16-152
Poster (2)
A038
16-236
16-439
16-079
16-116
16-118
16-078
16-438
16-093
16-415
16-303
16-117
16-308
Poster (2)
Poster (1)
Poster (2)
Poster (2)
Poster (2)
Poster (3)
Poster (3)
Poster (2)
Poster (3)
Poster (2)
Poster (1)
Poster (1)
A058
A091
A018
A030
A031
A018
A087
A025
A084
A071
B014
B052
Ishikawa
Ito
Iwai
Jamnapara
Jang
Jang
Je
Jiang
Jiao
Jin
Yunosuke
Yuzuru
Yasunori
Nirav
Jinsung
Jinsung
Hwanil
Yan
Zhijie
Huan
Jitsukawa
Shiro
Jung
Juslin
Kai
Yang-Il
Niklas
Ji-Jung
-43-
Session
ID
B056
A102
A104
O-2A-I1
O-3A-O3
A027
A074
16-356
16-480
16-495
16-009
16-103
16-139
16-392
Poster (1)
Poster (2)
Poster (2)
O-2A
O-3A
Poster (1)
Poster (1)
16-041
Poster (2)
A006
16-431
16-285
16-317
16-432
16-127
16-485
16-484
16-510
16-024
16-470
16-107
16-169
16-301
16-088
16-201
16-102
16-004
16-124
16-386
16-348
16-034
O-4A
O-5A
Poster (3)
Poster (3)
O-3B
Poster (1)
Poster (2)
O-2A
Poster (2)
Poster (1)
Poster (1)
Poster (1)
Poster (1)
Poster (3)
Poster (3)
O-1A
Poster (1)
Poster (1)
Poster (3)
Poster (2)
Poster (1)
O-4A-O2
O-5A-I1
A063
A086
O-3B-O2
B075
A103
O-2A-O1
A004
B072
A021
A034
B051
A021
A040
O-1A-I3
A002
B018
A079
A077
A009
16-498
Poster (1)
B076
16-483
16-477
16-454
16-456
16-211
16-194
16-095
16-306
16-246
16-233
Poster (1)
Poster (2)
Poster (1)
Poster (1)
Poster (2)
Poster (3)
Poster (2)
Poster (3)
Poster (2)
Poster (1)
A100
A101
B069
B070
A051
A038
A026
A058
A063
B037
16-548
O-5B
O-5B-O4
16-012
16-428
16-070
Poster (3)
Poster (1)
Poster (1)
A003
A087
B009
Last Name
First Name
Affiliation
Kai
Kai
Kai
Kai
Ji-Jung
Ji-Jung
Ji-Jung
Ji-Jung
Kalinin
Georgy
Kamada
Kamada
Kang
Kang
Kano
Kaoumi
Kasada
Kasada
Katoh
Katoh
Khaydarov
Khaydarov
Kim
Kim
Kim
Kimura
KIMURA
Klimenkov
Klimenkov
Yasuhiro
Yasuhiro
Suk Hoon
Suk Hoon
Sho
Djamel
Ryuta
Ryuta
Yutai
Yutai
Rajabbay
Rajabbay
Jae-Hwan
Suk-Kwon
Sunghun
Akihiko
Tomonori
Michael
Michael
Klimov
Nikolay
Kobayashi
Kondo
Kondo
Konys
Koyanagi
Krauss
Krsjak
Kubo
Kuksenko
Kumar
Makoto
Keitaro
Sosuke
Juergen
Takaaki
Wolfgang
Vladimir
Hiroshi
Viacheslav
HEMANT
Kupriyanov
Igor
Lai
Lai
Lai
Landman
Lasa
Lee
Lee
Xinchun
Xinchun
Xinchun
Igor
Ane
Chang-Hoon
Heun Tae
Lefaix-Jeuland
Helene
NTHU, Taiwan, PRC
NTHU, Taiwan, PRC
NTHU, Taiwan, PRC
NTHU, Taiwan, PRC
OJSC NIKIET,
Russia
Iwate U., Japan
Iwate U., Japan
KAERI, Korea
KAERI, Korea
Tohoku U., Japan
USC, USA
Kyoto U., Japan
Kyoto U., Japan
ORNL, USA
ORNL, USA
NUU, Uzbekistan
NUU, Uzbekistan
JAEA, Japan
KAERI, Korea
Kyoto U., Japan
Kyoto U., Japan
Hokkaido U., Japan
KIT, Germany
KIT, Germany
SRC RF TRINITI,
Russia
Shizuoka U., Japan
KIT, Germany
Kyoto U., Japan
KIT, Germany
Kyoto U., Japan
KIT, Germany
PSI, Switzerland
Kyoto U., Japan
PSI, Switzerland
IGCAR, DAE, India
JSC VNIINM,
Russia
CAEP, China
STSPC, China
CAEP, China
KIT, Germany
UH, Finland
KIMS, Korea
Osaka U., Japan
DENDMNSRMP,
France
16-076
16-068
16-071
16-069
Poster (1)
Poster (2)
Poster (2)
Poster (3)
Session
ID
B010
A015
A016
A015
16-468
Poster (1)
B071
16-434
16-473
16-146
16-148
16-273
16-049
16-114
16-453
P08
16-342
16-050
16-051
16-065
16-134
16-447
16-547
16-334
16-516
16-513
Poster (2)
Poster (2)
Poster (2)
Poster (2)
Poster (1)
Poster (2)
O-5B
Poster (1)
Plenary (3)
Poster (3)
Poster (2)
Poster (2)
Poster (1)
Poster (1)
Poster (3)
O-2A
Poster (1)
O-2B
Poster (2)
A095
A100
A035
A036
B046
A009
O-5B-I1
B068
P3-2
A067
A010
A011
B007
B023
A091
O-2A-O3
A067
O-2B-O1
A108
16-180
Poster (1)
A038
16-450
16-149
16-554
16-031
16-343
16-030
16-167
16-066
16-154
16-237
Poster (1)
Poster (2)
Poster (2)
O-6B
O-5B
Poster (3)
Poster (3)
Poster (1)
O-1B
Poster (1)
B067
A037
A112
O-6B-O2
O-5B-I2
A005
A032
B008
O-1B-O2
B038
16-177
Poster (1)
B032
16-015
16-099
16-025
16-340
16-072
16-092
16-436
O-6B
Poster (2)
Poster (3)
Poster (1)
Poster (1)
Poster (1)
Poster (1)
O-6B-I1
A027
A004
A069
A014
B011
A090
16-063
O-3A
O-3A-O2
-44-
Last Name
First Name
Lefaix-Jeuland
Helene
Lefaix-Jeuland
Helene
Leonard
Leonard
Lewandowska
Li
Li
Li
Li
Li
LI
Li
Li
Li
Li
Lian
Liang
Linke
Keith
Keith
Malgorzata
Rui-Huan
Chunjing
Jiangtao
Xiao-Chun
Xiaoqiang
Yanfen
Feng
Bingsheng
Yuhong
Qiang
Youyun
Bin-Bin
Jochen
Litovchenko
Igor
Liu
Liu
Liu
Liu
Liu
Liu
Liu
Liu
Liu
Liu
Liu
Liu
Liu
Liu
Liu
Loewenhoff
Lu
Lu
Lu
Lu
Lu
Luo
Luo
Luo
Luo
Wei
Xiang
Shaojun
Changsong
Changsong
Dongping
Fang
xiangbing
Yu-Chen
Dongping
Dongping
Changsong
Changsong
Yinan
Shanshan
Thorsten
Guang-Hong
Guang-Hong
Zheng
Zheng
Guang-Hong
Guang-Nan
Zheng
Guang-Nan
Rongrong
Affiliation
DEN DMN SRMP,
France
DEN DMN SRMP,
France
ORNL, USA
ORNL, USA
WUT, Poland
DLUT, China
INEST, China
TIPC, China
ASIPP, China
CSNSM, France
IMR, Japan
Tohoku U., Japan
IMP, China
LZU, China
ASIPP, China
SWIP, China
CIAE, China
FZJ, Germany
ISPMS SB RAS,
Russia
THU, China
SWIP, China
INEST, China
ISSP, China
ISSP, China
DLUT, China
ASIPP, China
SNPI, China
NTHU, Taiwan, PRC
XMU, China
DNU, China
ISSP, China
ISSP, China
BUAA, China
CIAE, China
FZJ, Germany
BUAA, China
BUAA, China
NEU, China
NEU-ATM, China
BUAA, China
ASIPP, China
NUDT, China
ASIPP, China
SWIP, China
Session
ID
16-098
Poster (1)
A017
16-105
Poster (1)
A019
16-272
16-271
16-077
16-111
16-190
16-422
16-508
16-550
16-131
16-203
16-286
16-090
16-361
16-133
16-164
16-267
O-7B
Poster (3)
Poster (2)
Poster (1)
Poster (1)
Poster (1)
Poster (1)
Poster (1)
Poster (2)
Poster (2)
Poster (2)
Poster (3)
Poster (3)
Poster (1)
Poster (1)
Poster (1)
O-7B-O1
A051
A017
A024
B033
B064
A109
A120
A032
A048
A068
A022
A073
B022
B031
B045
16-151
Poster (1)
B027
16-390
16-459
16-003
16-062
16-089
16-325
16-441
16-512
16-221
16-382
16-383
16-056
16-083
16-369
16-457
16-262
16-411
16-413
16-530
16-507
16-365
16-328
16-171
16-252
16-259
O-2B
O-7A
Poster (1)
Poster (1)
Poster (1)
Poster (1)
Poster (1)
Poster (1)
Poster (2)
Poster (2)
Poster (2)
Poster (3)
Poster (3)
Poster (3)
Poster (3)
Poster (1)
Poster (1)
Poster (1)
Poster (1)
Poster (2)
Poster (3)
O-3B
Poster (1)
Poster (1)
Poster (1)
O-2B-I2
O-7A-O3
A001
A013
A016
A065
B066
A110
A053
A080
A081
A012
A020
A076
A094
A057
A080
A082
A116
A107
A074
O-3B-I2
A035
B040
B041
Last Name
First Name
Affiliation
Luo
Luo
Luzginova
Lv
Mao
Mao
Mao
Masakatsu
Materna-Morris
Merola
Miao
Miller
Miller
Miller
Miller
Miyamoto
Miyamoto
Miyazawa
Mo
Monge
Monica
Moon
Moon
Moon
Morozov
Muñoz
Murai
Muroga
Nakamichi
Nandipati
Guang-nan
Guang-Nan
Natalia
Yanwei
Wei
Wei
Wei
Fukumoto
Edeltraud
Mario
Yinbin
Michael
Michael
Michael
Michael
Mitsutaka
Mitsutaka
Takeshi
Kun
Miguel A.
Ferraris
Joonoh
Joonoh
Joonoh
Oleksandr
Angel
Hirotoshi
Takeo
Masaru
Giridhar
Neustroev
Victor
Nishitani
Nishiura
Noh
Norajitra
Nordlund
Noto
Novak
Nozawa
Nygren
Oaks
Oda
Odette
Odette
Odette
Ogorodnikova
Takeo
Masaki
Sanghoon
Prachai
Kai
Hiroyuki
Sasa
Takashi
Richard
Aaron
Takuji
George Robert
G. Robert
G. Robert
Olga
ASIPP, China
ASIPP, China
NRG, Netherlands
CXTC, China
UT, Japan
UT, Japan
UT, Japan
JAEA, Japan
KIT, Germany
IO, France
UIUC, USA
ORNL, USA
ORNL, USA
ORNL, USA
ORNL, USA
Shimane U., Japan
Shimane U., Japan
SOKENDAI, Japan
UIUC, USA
UC3M, Spain
POLITO, Italy
KIMS, Korea
KIMS, Korea
KIMS, Korea
NNC KIPT, Ukraine
UC3M, Spain
Kyoto U., Japan
NIFS, Japan
JAEA, Japan
PNNL, USA
JSC “SSC RIAR”,
Russia
JAEA, Japan
NIFS, Japan
KAERI, Korea
KIT, Germany
HU, Finland
Kyoto U., Japan
JSI, Slovenia
JAEA, Japan
SNL, USA
UIUC, USA
SNU, Korea
UCSB, USA
UCSB, USA
UCSB, USA
IPP, Germany
16-266
16-132
16-505
16-059
16-216
16-213
16-215
16-274
16-370
K2
16-179
16-016
16-017
16-018
16-019
16-193
16-195
16-472
16-053
16-404
16-231
16-128
16-129
16-130
16-204
16-402
16-200
16-557
16-115
16-297
Poster (1)
Poster (3)
O-1A
Poster (1)
Poster (1)
Poster (3)
Poster (3)
Poster (1)
Poster (3)
Keynote
Poster (2)
O-1B
Poster (1)
Poster (1)
Poster (2)
Poster (1)
Poster (1)
Poster (1)
Poster (1)
Poster (1)
O-5A
Poster (1)
Poster (1)
Poster (1)
Poster (3)
Poster (3)
Poster (2)
O-7B
Poster (1)
O-8A
Session
ID
B044
A025
O-1A-I1
A012
A046
A044
A045
A058
A077
K2
A042
O-1B-I2
A004
A005
A003
A041
A042
A097
A011
B063
O-5A-I2
B019
B020
B021
A042
A083
A047
O-7B-I2
B013
O-8A-O2
16-497
Poster (2)
A105
16-559
16-202
16-461
16-080
16-490
16-064
16-401
16-327
16-284
16-448
16-469
P04
16-535
16-536
16-247
O-8B
Poster (3)
Poster (2)
Poster (3)
Poster (1)
Poster (3)
Poster (3)
O-5A
Poster (1)
Poster (1)
Poster (3)
Plenary (2)
Poster (1)
Poster (2)
Poster (1)
O-8B-I2
A041
A098
A019
A103
A013
A082
O-5A-O2
B048
A092
A099
P2-1
A117
A110
A054
-45-
Last Name
First Name
Affiliation
Ogorodnikova
Ohriner
Oka
Oka
Okita
Okita
Okuno
Ono
Oono
Ortiz
Osetsky
Oya
Ozawa
Özkan
Parish
Park
Park
Peng
Peng
Peng
Peng
Perez-Bergquist
Perez-Bergquist
Perez-Bergquist
Pestchanyi
Petersson
Olga
Evan
Hiroshi
Hiroshi
Taira
Taira
Kenji
Kotaro
Naoko
Christophe J.
Yuri
Yasuhisa
Kazumi
Furkan
Chad
Yi-Hyun
Ji Yeon
Lei
Lei
Lei
Lei
Alejandro
Alejandro
Alejandro
Sergey
Per
IPP, Germany
ORNL, USA
Hokkaido U., Japan
HU, Japan
U. Tokyo, Japan
Tokyo U., Japan
Shizuoka U., Japan
Shimane U., Japan
Hokkaido U., Japan
CIEMAT, Spain
ORNL, USA
Shizuoka U., Japan
JAEA, Japan
KIT, Germany
ORNL, USA
NFRI, Korea
KAERI, Korea
INEST, China
USTC, China
USTC, China
INEST, China
ORNL, USA
ORNL, USA
ORNL, USA
KIT, Germany
KTH, Sweden
FZ-Juelich,
Germany
CCFE, UK
JSC-HRIIM, Russia
EPFL CRPP,
Switzerland
EPFL CRPP,
Switzerland
SRC RF TRINITI,
Russia
ASIPP, China
XMU, China
KIT, Germany
UCLA, USA
POLITO, Italy
CIEMAT, Spain
ORNL, USA
KTH, Sweden
TITECH, Japan
ORNL, USA
UANL, Mexico
UANL, Mexico
Pintsuk
Gerald
Porton
Potapenko
Michael
Мikhail
Prokhodtseva
Anna
Prokhodtseva
Anna
Putrik
Anton
Qin
Ran
Rieth
Rivera
Rizzo
Roldán
Rowcliffe
Rubel
Rueanngoen
Sabau
Salvador
Salvador
Jinggang
Guang
Michael
David
Stefano
Marcelo
Arthur
Marek
Areerak
Adrian
Max
Max
Session
ID
A055
A061
B058
A081
O-6B-O3
A096
O-6B-O1
A040
A078
A044
A050
A075
O-5A-O3
A041
O-1B-I3
A065
A101
A025
A026
A031
A032
O-5A-O1
A069
A055
B006
A047
16-248
16-313
16-364
16-394
16-391
16-464
16-290
16-188
16-360
16-212
16-268
16-393
16-119
16-170
16-029
16-256
16-479
16-120
16-125
16-160
16-162
16-293
16-291
16-292
16-061
16-218
Poster (1)
Poster (3)
Poster (1)
Poster (3)
O-6B
Poster (3)
O-6B
Poster (1)
Poster (2)
Poster (1)
Poster (3)
Poster (1)
O-5A
Poster (2)
O-1B
Poster (2)
Poster (3)
Poster (1)
Poster (1)
Poster (1)
Poster (1)
O-5A
Poster (2)
Poster (3)
Poster (1)
Poster (1)
16-155
Poster (1)
B028
16-355
16-136
O-8B
Poster (2)
O-8B-I4
A033
16-525
O-4B
O-4B-O2
16-280
Poster (1)
A059
16-362
O-3B
O-3B-O3
16-261
16-294
16-023
16-311
16-350
16-021
16-427
16-150
16-540
16-296
16-520
16-425
Poster (1)
Poster (3)
O-4A
O-4A
Poster (3)
Poster (1)
Poster (2)
Poster (1)
Poster (3)
O-7A
Poster (1)
Poster (2)
B042
A056
O-4A-I1
O-4A-O1
A070
A006
A093
A030
A110
O-7A-O2
A113
A091
Last Name
First Name
Affiliation
Sam
Sand
Sang
Sato
Satou
Sawan
Shiju
Andrea
Chaofeng
Koichi
Manabu
Mohamed
Schibli
Raluca
Sefta
Selyshchev
Setyawan
Setyawan
Sha
Shaimerdenov
Shen
Shen
Shen
Shen
Sheng
Faiza
Pavlo
Wahyu
Wahyu
Jianjun
Asset
Weiping
Yinzhong
Weiping
Weiping
Xuanyu
IPR, DAE, India
HU, Finland
DLUT, China
Kyoto U., Japan
HIT, Japan
UWM, USA
CRPP-EPFL,
Switzerland
UC Berkeley, USA
UP, South Africa
PNNL, USA
PNNL, USA
DUT, China
INP, Kazakhstan
USTB, China
SJTU, China
USTB, China
USTB, China
Tsinghua U., China
ISPMS SB RAS,
Russia
ORNL, USA
Tohoku U., Japan
KAERI, Korea
NDA, Japan
BUAA, China
SCU, China
NRCKI, Russia
NRCKI, Russia
ORNL, USA
CXTC, China
NRCKI, Russia
ORNL, USA
CCFE, UK
NRNU MEPhI,
Russia
JAEA, Japan
Hokkaido U., Japan
BUAA, China
IMP, China
SWIP, China
IMP, China
HUST, China
HUST, China
HUST, China
CCFE, UK
Hokkaido U., Japan
Shevyako
Nadezhda
Shih
Shikama
Shin
Shinozuka
Shu
Shu
Sivak
Sivak
Snead
Song
Spitsyn
Stoller
Stork
Chunghao
Tatsuo
Kyu In
Kei
Xiaolin
Xiaoyan
Alexander
Alexander
Lance
Jiupeng
Alexander
Roger
Derek
Suchkov
Aleksei
Sugimoto
Sugino
Sun
Sun
Sun
Sun
Suo
Suo
Suo
Surrey
Tadaki
Masayoshi
Yoshito
Lu
Jianrong
Zhenchao
Jianrong
Jinping
Jinping
Jinping
Elizabeth
Kohei
16-279
16-210
16-214
16-091
16-395
16-109
O-1A
O-4B
Poster (1)
Poster (2)
Poster (1)
Poster (3)
Session
ID
O-1A-O2
O-4B-O3
A045
A024
B060
A023
16-517
Poster (1)
A111
16-176
16-182
16-185
16-186
16-121
16-020
16-047
16-543
16-046
16-045
16-465
Poster (1)
Poster (3)
O-4B
Poster (3)
Poster (1)
O-6A
Poster (1)
Poster (1)
Poster (2)
Poster (3)
Poster (3)
A037
A035
O-4B-O1
A037
B015
O-6A-O2
B005
A119
A008
A009
A097
16-142
Poster (1)
B026
16-310
P06
16-358
16-433
16-458
16-276
16-073
16-175
16-418
16-138
16-264
16-319
P09
Poster (2)
Plenary (2)
Poster (1)
Poster (1)
Poster (1)
Poster (3)
Poster (3)
Poster (3)
O-4A
Poster (3)
O-8A
O-3A
Plenary (3)
A074
P2-3
B057
B065
A094
A052
A016
A033
O-4A-I2
A026
O-8A-I2
O-3A-O1
P3-3
16-478
Poster (3)
A100
P12
16-217
16-384
16-408
16-260
16-421
16-298
16-299
16-300
16-420
16-332
Plenary (4)
Poster (2)
Poster (1)
Poster (1)
Poster (2)
Poster (3)
Poster (1)
Poster (1)
Poster (1)
Poster (2)
Poster (1)
P4-3
A052
A073
A078
A066
A085
A063
B049
B050
A089
A066
-46-
Last Name
First Name
Affiliation
Tan
Tan
Tanaka
Tang
Tanigawa
Taniguchi
Tanno
Tavassoli
Tavassoli
Terentyev
Terentyev
Terentyev
Terentyev
Terentyev
Terrani
Tian
Tikhonchev
Tokunaga
Tokunaga
Tokunaga
Tomchik
Tsai
Tsuchiya
Tyumentsev
Ukai
Unocic
Vieh
Vieh
Vladimirov
Wakai
Wan
Wan
Wan
Wang
Wang
Wang
Wang
Wang
Wang
Wang
Wang
Wang
Wang
Wang
Wang
Wang
Was
Watanabe
Lizhen
Chengwen
Teruya
Jun
Hiroyasu
Shuichi
Takashi
A.A. Farhad
A.A. Farhad
Dmitry
Dmitry
Dmitry
Dmitry
Dmitry
Kurt
Kuo
Mikhail
Kazutoshi
Kazutoshi
Kazutoshi
Carolyn
Shuo-Cheng
Bun
Аlexander
Shigeharu
Kinga
Christiane
Christiane
Pavel
Eiichi
Yuanxi
Farong
Farong
Xu
Peng
Dezhen
Kun
Jin-Long
Pinghuai
Wanjing
Yugang
Yugang
Yiming
Xianping
Shuming
Shuming
Gary
Hideo
ORNL, USA
BIT, China
NIFS, Japan
SCU, China
JAEA, Japan
Kyoto U., Japan
JAEA, Japan
CEA, France
CEA, France
SCK-CEN, Belgium
SCK-CEN, Belgium
SCK-CEN, Belgium
SCK-CEN, Belgium
SCK-CEN, Belgium
ORNL, USA
KIT, Germany
UlSU, Russia
Kyushu U., Japan
Kyushu U., Japan
Kyushu U., Japan
UIUC, USA
NTHU, Taiwan,PRC
Meijo U., Japan
TSU, Russia
HU, Japan
ORNL, USA
PSI, Switzerland
PSI, Switzerland
KIT, Germany
JAEA, Japan
USTC, China
USTB, China
USTB, China
XMU, China
LICP, China
DUT, China
PSI, Switzerland
BUAA, China
SWIP, China
ASIPP, China
PKU, China
PKU, China
KIT, Germany
ISSP, China
USTB, China
USTB, China
UM, USA
Kyushu U., Japan
16-366
16-184
16-503
16-257
16-504
16-067
16-187
P01
16-002
16-074
16-140
16-143
16-075
16-144
16-542
16-240
16-027
16-546
16-545
16-544
16-449
16-035
16-523
16-135
16-385
16-526
16-281
16-282
16-515
16-509
K1
16-416
16-044
16-541
16-040
16-208
16-359
16-371
16-381
16-412
16-400
16-409
16-156
16-304
16-552
16-553
16-174
16-405
O-1A
Poster (3)
Poster (3)
Poster (1)
O-7A
Poster (3)
Poster (2)
Plenary (1)
Poster (3)
O-2B
Poster (1)
Poster (2)
Poster (3)
Poster (3)
Poster (2)
Poster (2)
Poster (1)
O-6A
Poster (1)
Poster (3)
Poster (3)
Poster (2)
Poster (2)
O-7B
Poster (2)
O-7B
Poster (1)
Poster (3)
O-7B
O-7A
Keynote
Poster (1)
Poster (2)
O-5B
O-6A
Poster (1)
Poster (1)
Poster (1)
Poster (1)
Poster (1)
Poster (2)
Poster (2)
Poster (3)
Poster (3)
Poster (3)
Poster (3)
O-1B
Poster (1)
Session
ID
O-1A-O1
A036
A106
A056
O-7A-I2
A014
A043
P1-1
A001
O-2B-O2
A028
A034
A017
A027
A111
A060
A008
O-6A-I2
B078
A111
A092
A005
A109
O-7B-O3
A082
O-7B-O2
A060
A054
O-7B-I1
O-7A-O1
K1
A084
A007
O-5B-O1
O-6A-O1
A043
A071
A072
B059
A081
A084
A087
A029
A057
A112
A113
O-1B-O3
A077
Last Name
First Name
Affiliation
Watanabe
Wharry
Wikman
Wirtz
Wong
Woo
Xi
Xi
Xiang
Xu
Xu
Xu
Xu
Yabuuchi
Yamamoto
Yamamoto
Yamamoto
Yan
Yan
Yan
Yan
Yan
Yan
Yan
Yang
Yang
Yang
Yang
Yano
Yao
Yao
Yao
Hideo
Janelle P.
Stefan
Marius
Clement
C. H.
Jianqi
Jianqi
Xin
Gang
Haixuan
Qiu
Haixuan
Kiyohiro
Takuya
Takuya
Takuya
Youwei
Qing-Zhi
Sha
Sha
Sha
Qingzhi
Youwei
Jijun
Lei
Shanwu
Liling
Toyohiko
Zhongwen
Zhongwen
Shude
You
Jeong-Ha
Yu
Yu
Yuan
Zang
Gang
Gang
Xiaoming
Hang
Zayachuk
Yevhen
Zhan
Zhan
Zhan
Zhang
Zhang
Zhang
Zhang
Zhang
Qian
Qin
Qian
Guikai
Pengbo
Yingchun
Chi
Chi
Kyushu U., Japan
BSU, USA
F4E, Spain
FZJ, Germany
GA, USA
HKCU, HK, PRC
XJTU, China
XJTU, China
CAEP, China
INEST, China
ORNL, USA
Kyoto U., Japan
ORNL, USA
Tohoku U., Japan
UCSB, USA
UCSB, USA
UCSB, USA
HUST, China
USTB, China
PKU, China
SKLNPT, China
SKLNPT, China
USTB, China
HUST, China
SCU, China
CASIMP
USTB, China
CIAE, China
TITECH, Japan
QueensU, Canada
Queens U, Canada
PKU, China
IPP Garching,
Germany
UM, USA
UM, USA
CIAE, China
XJTU, China
SCK•CEN/UGent,
Belgium
USTB, China
CIAE, China
USTB, China
CAEP, China
DLMU, China
USTB, China
THU, China
THU, China
16-406
16-087
16-223
16-287
16-013
16-346
16-159
16-244
16-410
16-141
16-315
16-055
16-314
16-414
16-531
16-537
16-532
16-275
16-435
16-471
16-474
16-476
16-243
16-367
16-345
16-558
16-336
16-462
16-452
16-227
16-228
16-258
Poster (2)
Poster (2)
Poster (1)
Poster (1)
Poster (2)
O-4B
Poster (2)
Poster (2)
Poster (1)
Poster (1)
Poster (1)
Poster (3)
Poster (3)
Poster (1)
O-1A
Poster (1)
Poster (3)
Poster (1)
Poster (1)
Poster (1)
Poster (1)
Poster (1)
Poster (3)
Poster (3)
O-2B
O-8B
Poster (1)
Poster (2)
Poster (3)
O-1B
Poster (2)
Poster (3)
Session
ID
A085
A023
B036
A061
A002
O-4B-I1
A040
A061
A079
B025
A064
A011
A062
A083
O-1A-I2
A118
A109
B047
A089
A096
B073
B074
A047
A075
O-2B-O3
O-8B-I4
B055
A099
A093
O-1B-O1
A055
A049
16-085
Poster (2)
A021
16-254
16-443
16-321
16-440
O-8A
Poster (3)
Poster (3)
Poster (3)
O-8A-I1
A089
A065
A088
16-183
Poster (1)
A039
16-011
16-189
16-398
16-014
16-100
16-157
16-158
16-199
Poster (2)
Poster (2)
Poster (2)
Poster (1)
Poster (1)
Poster (1)
Poster (1)
Poster (1)
A001
A044
A083
A003
A018
B029
B030
B034
-47-
Last Name
First Name
Affiliation
Zhang
Zhang
Zhang
Zhang
Zhang
Zhang
Zhang
Zhang
Zhang
Zhang
Zhang
Zhang
Zhao
Zhao
zhao
Zhao
Zheng
Zheng
Zheng
Zheng
Zhong
Zhou
Zhou
Zhou
Zhou
Zhou
Zhou
Zhou
Zhu
Zhu
Zhu
Zhu
Zhu
Zhu
Zhu
Zhu
Zhurba
Zinkle
Zou
Zu
Chonghong
Jian
Tao
Chonghong
Jiaming
Chonghong
Yingchun
Jian
Zhenbo
Chonghong
Chonghong
Yingchun
Yanyun
Jijun
weiwei
Shuang
Hui
Shanliang
Pengfei
Hui
Sheng-Yi
Hong-Bo
Zhangjian
Haishan
Tao
Zhangjian
Kangning
Zhangjian
Kaigui
Kaigui
Kaigui
Kaigui
Kaigui
Kaigui
Dahuan
Xiaopeng
V.I.
Steven
Xingrong
Xiaotao
IMP, China
XMU, China
ISSP, China
IMP, China
UM, USA
IMPCAS, China
USTB, China
XMU, China
DTU, Denmark
IMP, China
IMP, China
USTB, China
USTC, China
DLUT, China
CIAE, China
NUDT, China
IAPCM, China
CCFE, UK
SWIP, China
IAPCM, China
SJTU, China
BUAA, China
USTB, China
Sokendai, Japan
INEST, China
USTB, China
GRENM, China
USTB, China
BUAA, China
BUAA, China
BUAA, China
BUAA, China
BUAA, China
BUAA, China
ASIPP, China
DLUT, China
NNC KIPT, Ukraine
ORNL, USA
HUST, China
UESTC, China
16-330
16-206
16-250
16-322
16-426
16-561
16-161
16-197
16-222
16-320
16-347
16-387
16-006
16-113
16-419
16-005
16-110
16-058
16-245
16-255
16-052
16-278
16-205
16-234
16-104
16-196
16-442
16-054
16-487
16-489
16-491
16-493
16-494
16-496
16-511
16-560
16-467
P10
16-399
16-555
Poster (1)
Poster (2)
Poster (2)
Poster (2)
Poster (2)
Poster (2)
Poster (3)
Poster (3)
Poster (3)
Poster (3)
Poster (3)
Poster (3)
Poster (1)
Poster (2)
Poster (2)
Poster (3)
Poster (1)
Poster (2)
Poster (2)
Poster (3)
Poster (2)
O-6A
Poster (1)
Poster (1)
Poster (2)
Poster (2)
Poster (2)
Poster (3)
Poster (1)
Poster (1)
Poster (1)
Poster (1)
Poster (1)
Poster (1)
Poster (3)
Poster (3)
Poster (3)
Plenary (4)
Poster (1)
Poster (1)
Session
ID
B054
A049
A064
A076
A092
A113
A030
A039
A046
A064
A068
A080
B001
A029
A088
A002
A023
A014
A062
A048
A012
O-6A-O3
B035
A052
A028
A045
A096
A010
A101
A102
A104
A106
A107
A108
A108
A114
A098
P4-1
B062
B079
Appendix A: Excursion Plan
two parts: the Outer Court and the Inner Palace. The former
consists of the first three main halls, where the emperor received
his courtiers and conducted grand ceremonies, while the latter
was the living quarters for the imperial residence. At the rear of
the Inner Palace is the Imperial Garden where the emperor and
his family sought recreation.
The Forbidden City
What strikes one first in a bird's -eye view of Beijing proper is a
vast tract of golden roofs flashing brilliantly in the sun with purple
walls occasionally emerging amid them and a stretch of luxuriant
tree leaves flanking on each side. That is the former Imperial
Palace, popularly known as the Forbidden City, from which
twenty-four emperors of the Ming and Qing Dynasties ruled China
for some 500 years——from1420 to 1911. The Ming Emperor
Yong Le, who usurped the throne from his nephew and made
Beijing the capital, ordered its construction, on which
approximately 10,000 artists and a million workmen toiled for 14
years from 1406 to 1420. At present, the Palace is an elaborate
museum that presents the largest and most complete ensemble
of traditional architecture complex and more than 900,000 pieces
of court treasures in all dynasties in China.
The main entrance to the Palace is the Meridian Gate(1), which
was so named because the emperor considered himself the "Son
of the Heaven" and the Palace the center of the universe, hence
the north-south axis as the Meridian line going right through the
Palace. The gate is crowned with five towers, commonly known
as the Five-Phoenix Towers(2), which were installed with drums
and bells. When the emperor went to the Temple of Heaven, bells
were struck to mark this important occasion. When he went to the
Ancestral Temple, it was the drums that were beaten to publicize
the event.
Located in the center of Beijing, the entire palace area,
rectangular in shape and 72 hectares in size, is surrounded by
walls ten meters high and a moat 52 meters wide. At each corner
of the wall stands a watchtower with a double-eave roof covered
with yellow glazed tiles.
Beyond the Meridian Gate unfolds a vast courtyard across which
the Inner Golden Water River runs from east to west. The river is
spanned by five bridges, which were supposed to be symbols of
the five virtues preached by Confucius——benevolence,
righteousness, rites, intelligence, and fidelity(3).
The main buildings, the six great halls, one following the other,
are set facing south along the central north-south axis from the
Meridian Gate, the south entrance, to Shenwumen, the great gate
piercing in the north wall. On either side of the palace are many
comparatively small buildings. Symmetrically in the northeastern
section lie the six Eastern Palaces and in the northwestern
section the six Western Palaces. The Palace area is divided into
At the north end of the courtyard is a three-tiered white marble
terrace, seven meters above the ground, on which, one after
another, stand three majestic halls; the Hall of Supreme
Harmony(4), the Hall of Complete Harmony(5), and the Hall of
Preserving Harmony(6).
-48-
windows on all sides. Here the emperor rehearsed for
ceremonies. It is followed by the Hall of Preserving Harmony in
which banquets and imperial examinations were held.
The Hall of Supreme Harmony, rectangular in shape, 27 meters in
height, 2,300 square meters in area, is the grandest and most
important hall in the Palace complex. It is also China's largest
existing palace of wood structure and an outstanding example of
brilliant color combinations. This hall used to be the throne hall for
ceremonies which marked great occasions: the Winter Solstice,
the Spring Festival, the emperor's birthday and enthronement,
and the dispatch of generals to battles, etc. On such occasions
there would be an imperial guard of honor standing in front of the
Hall that extended all the way to the Meridian gate.
Behind the Hall of Preserving Harmony lies a huge marble ramp
with intertwining clouds and dragons carved in relief. The slab,
about 6.5 meters long, 3 meters wide and 250 tons in weight, is
placed between two flights of marble steps along which the
emperor's sedan was carried up or down the terrace. It is the
largest piece of stone carving in the Imperial Palace. Quarried in
the mountains scores of kilometers southwest of Beijing, this
gigantic stone was moved to the city by sliding it over a specially
paved ice road in winter. To provide enough water to build the ice
road, wells were sunk at very 500 meters along the way.
On the north face of the hall in the center of four coiled-golden
dragon columns is the "Golden Throne", which was carved out of
sandalwood. The throne rests on a two-meter-high platform with a
screen behind it. In front of it, to the left and right, stand
ornamental cranes, incense burners and other ornaments. The
dragon columns entwined with golden dragons measure one
meter in diameter. The throne itself, the platform and the screen
are all carved with dragon designs. High above the throne is a
color-painted coffered ceiling which changes in shape from
square to octagonal to circular as it ascends layer upon layer. The
utmost central vault is carved with the gilded design of a dragon
toying with pearls. when the Emperor mounted the throne, gold
bells and jade chimes sounded from the gallery, and clouds of
incense rose from the bronze cranes and tortoises and tripods
outside the hall on the terrace. The aura of majesty created by the
imposing architecture and solemn ritual were designed to keep
the subjects of the "Son of the Heaven" in awe and reverence.
The three halls of the Inner Palace are replicas of the three halls
in the front, but smaller in size. They are the Palace of Heavenly
Purity(7), the Hall of Union(8), and the Palace of Earthly
Tranquility(9).
The Palace of Heavenly Purity was once the residence of the
Ming emperors and the first two of the Qing emperors. Then the
Qing Emperor Yong Zheng moved his residence to the Palace of
Mental Cultivation and turned it into an audience hall to receive
foreign envoys and handled the state affairs. The promotion and
demotion of officials were also decided in this hall. After the
emperor's death his coffin was placed here for a 49-day period of
mourning.
The Palace of Union was the empress's throne room and the Hall
of Earthly Tranquility, once a private living room for the empress,
The Hall of Complete Harmony is smaller and square with
-49-
was partitioned. The west chamber served religious purposes
and the east one was the bridal chamber where the newly
married emperor and empress spent their first two nights after
their wedding.
of Porcelain and the Museum of Arts and Crafts of the Ming and
Qing dynasties. In the northeastern-most section of the Inner
Palace are the Museum of Traditional Chinese Paintings and the
Museum of Jewelry and Treasures where rare pieces of imperial
collections are on display.
The Imperial Garden was laid out during the early Ming dynasty.
Hundreds of pines and cypresses offer shade while various
flowers give colors to the garden all year round and fill the air with
their fragrance. In he center of the garden is the Hall of Imperial
Peace, a Daoist temple, with a flat roof slightly sloping down to
the four eaves. This type of roof was rare in ancient Chinese
architecture. In the northeastern corner of the garden is a rock hill,
known as the Hill of the Piled-up Wonders, which is topped with a
pavilion. At the foot of the hill are two fountains which jet two
columns of water high into the air. It is said that on the ninth night
of the ninth month of the lunar calendar, the empress would
mound the hill to enjoy the autumn scene. It is also believed that
climbing to a high place on that day would keep people safe from
contagious diseases.
Now the Forbidden City is no longer forbidding, but inviting. A visit
to the Palace Museum will enrich the visitors' knowledge of
history, economy, politics, arts as well as architecture in ancient
China.
Notes:
1. The Meridian Gate 午门
2. The Five-Phoenix Towers 五凤楼
3. Benevolence, righteousness, rites, intelligence, and fidelity
仁、义、礼、智、信
4. The Hall of Supreme Harmony 太和殿
5. The Hall of Complete Harmony 中和殿
6. The Hall of Preserving Harmony 保和殿
7. The Palace of Heavenly Purity 乾清宫
8. The Hall of Union 交泰殿
9. The Palace of Earthly Tranquility 坤宁宫
The six Western Palaces were residences for empresses and
concubines. They are kept in their original way for show. The six
Eastern Palaces were the residences for them too. But now they
serve as special museums: the Museum of Bronze, the Museum
-50-
Appendix B: Places of Interest near the Capital Hotel
Well-known Gourmets Delicacies
Park
Local Flavor Specialties: Ci Qi Kou Fermented Soybean Milk,
South Cathedral, St.Michael’s Church, Wangfujing Cathedral
Jin Fang Food Court
Shopping
Roast Duck: Bian Yi Fang, Li Qun, Quan Ju De
Beijing Antique Shop, Bai Gong Fang Arts & Crafts, Beijing Sun
Beijing-style Hot Pot: Dong Lai Shun, Yi Tiao Long
Dong An Shopping Mall, Beijing Wang Fu Jing Department Store,
Featured Restaurants: Du Yi Chu (Shaomai), Gong De Lin
Hong Qiao Pearl Market, The Mall at Oriental Plaza, Wang Fu
(Vegetarian Cuisine), Lao Zheng Xing (Shandong), Song He Lou
Jing Arts and Crafts
(Suzhou), Tai Feng Lou (Shandong), Xi Hu Hui (Hangzhou)
Concerts & Theaters
Gourmet Streets: Taiwan-themed Gourmet Street, Xian Yu Kou
Beijing Concert Hall, Chang An Theater, Capital Theater,
Gourmet Street
Forbidden City Concert Hall, Beijing, Lao She Tea House, The
Fast-food Restaurants: Burger King, KFC, McDonald's,
National Center for the Performing Arts
Starbucks, Subway, Yong He Soybean Milk
Scenic Spots
Beijing Ancient Observatory Station, Bei Hai Park, Calamus River
Park, Former Residence of Lao She, Jing Shan Park, Ming
Dynasty Wall Relics Park, The Capital Museum, The National
Museum of China, The Palace Museum, The Police Museum,
Tiananmen Square, Yong He Gong Lama Temple, Zhong Shan
-51-
Appendix C: Post-conference Tourist Information
harvest. Today, it remains as the most complete and best- preserved
collection of ancient buildings in China.
The Temple of Heaven is another
masterpiece
of
Ming
architecture.
Emperors of the Ming and Qing Dynasties
used the temples to perform sacrificial
ceremonies to worship of the heaven. The
buildings within the Temple of Heaven are
round, like Heaven (one can imagine the
sky as a rounded dome), while the
foundations and axes of the complex are
square (or 2 dimensional which is flat), just like the earth (appears to be).
The Temple of Heaven was added to the World Heritage List in 1998.
LT3 Hutong Tour − Beihai Park − Jingshan Park
Time: 08:30-17:00; Price: RMB 350
We strongly recommend the Hutong Tour.
It is a tour around the old city residential
areas on an old style tricycle. It is the place
where you can experience the local culture,
traditions and the daily life. Beihai Park is
an imperial garden seated at the northwest
of the Forbidden City. Initially built in the
10th century, it is amongst the largest
Chinese gardens, and contains numerous
historically important structures, palaces and temples.
Opposite the northern gate of the Palace
Museum is Jingshan Park. Covering a space
of 23 hectares, this park was once an
imperial garden during the Ming and Qing
dynasties (1368-1911). Jingshan Park is
found on Jingshan Hill. The mid summit of
Jingshan is the highest point in Beijing.
Looking from the peak, the visitor is able to
get a full and clear view of the Forbidden City.
During the Ming Dynasty (1368-1644)
numerous fruit trees were planted as well as many palaces and pavilions
Contact Person: Mr. Yu Wang
Email: [email protected]
Tel: +86 186 0101 9920
Local Tours (LT)
LT1 Ming Tombs − The Great Wall
Time: 08:30-17:00; Price: RMB 450
The Great Wall of China, also known the
Wall of 10,000 Li, is an ancient gigantic
defensive project. It is one of the largest
construction projects ever completed. It
winds its way westward over the vast
territory of China from the bank of the Yalu
River and ends at the foot of snow-covered
Qilianshan and Tianshan mountains. The
Great Wall was listed by UNESCO in 1987
as one of the world heritages.
The Ming Tombs are a group of
mausoleums of 13 Ming Emperors.The
underground burial chamber of Ming
Emperor Wanli is open to the public since
excavation in 1956. The Great Wall was
originally built in 221 BC.The section of
Juyongguan we are going to visit was built
in the 15th century during the Ming
Dynasty and repaired recently.
LT2 Forbidden City − Tian'anmen Square − Temple of Heaven
Time: 08:30-17:00; Price: RMB 450
The magnificent Forbidden City is a vast
complex of palaces and pavilions which
were home to Emperors for more than 500
years. The Temple of Heaven is a
masterpiece of Ming (15th century)
architecture,
where
the
Emperors
performed annual sacrificial rituals for good
-52-
built for the emperor to make sacrifices to his ancestors. The park was fully
reconstructed since 1949, with paths paved and buildings renovated. Now,
the Jingshan Park is one of the 'AAAA' Scenery Spots in China and a 'must'
for visitors to Beijing.
LT4 Lama Temple − Confucian Temple in Beijing − Summer Palace
Time: 08:30-17:00; Price: RMB 400
The Lama Temple is the center of learning
for the Yellow Hat sect of Tibetan Lamas
with considerable religious and political
sway. Today there are about 70 Mongolian
lamas tending the temple. The dimensions
of the temple are magnificent, which have
five courtyards in a row. The front
structural layout in the temple is bright and
spacious dotted with screen walls with
carved murals, lifeless things and decorated archways. The interior
pavement leading to the main halls and the evergreen pine and cypress
appear to be rather peaceful and secluded in the environment. The back
structural layout is composed of a cluster of building, halls and pavilions
intermingled with each other, and upturned eaves and ridges beautifully
interwoven presenting a picturesque sight.
The Summer Palace, located in northwest
suburban area of Beijing, is the largest and
most complete imperial garden existing in
China. It occupies an area of 304 hectares
and features hill and water scenery. The
Kunming Lake occupies four-fifths of this
royal park. The Long Corridor running
east-west along the lake as well as the
Pavilion of the Fragrance of Buddha, the
Sea of Wisdom, and the Hall of Dispelling the Clouds and Suzhou Street
standing south to north on the Longevity Hill are the major scenic spots.
* Note for LT:
1. The tours fee includes transportation, lunch, admission fees and an
English-speaking tour guide.
2. The attendees will gather at the lobby of Beijing International
Conference Center (BICC). The gathering time will be shown on your
tickets. Please be there 5 minutes prior to the departure time.
3. The tickets should be purchased at least one day before the event. No
refund once purchasing.
4. China International Conference Center for Science and Technology
(CICCST) will reserve the right to raise the prices or cancel any of the local
tour, if attendees are fewer than 10 persons.
5. The program is subject to be changed according to the local situation.
Post-Congress Tours (PT)
PT1 Beijing - Xi'an – Beijing
Price: Single Occupancy (RMB5,600/person), Double Occupancy
(RMB5,100/person)
Day 1: Beijing to Xi’an. Upon arrival, visit
the Old City Wall, the most complete city
wall that has survived in China. After lunch,
visit the two most famous attractions in
Xi'an, Xian-Terra-cotta Warriors and
Horses Museum. Then watch a show in the
evening. Check in the Hotel afterwards.
Day 2: After breakfast, visit Shaanxi
History Museum, which is considered as a showcase of ancient Chinese
civilizations. Then visit the well-preserved Big Wild Goose Pagoda. Take a
flight from Xi'an to Beijing. You will be picked up at the airport and then
transferred to hotel directly.
Day 3:Tour ends after breakfast.
PT2 Beijing - Xi'an - Guilin – Shanghai
Price: Single Occupancy (RMB11,000/person), Double Occupancy
(RMB9,600/person)
Day 1: Beijing-Xi’an. Upon arrival, visit the
Old City Wall, the most complete city wall
that has survived in China. After lunch, visit
the two most famous attractions in Xi'an,
Xian-Terra-cotta Warriors and Horses
Museum. Watch a show in the evening.
Check in the Hotel afterwards.
Day 2: After breakfast, visit Shaanxi History
Museum, which is considered as a showcase
of ancient Chinese civilizations. Then carry
on your trip to visit the well-preserved Big
-53-
Wild Goose Pagoda. Xi’an-Guilin. Upon arrival, you are going to be
transferred to hotel after dinner.
Day 3: Start your whole day cruise with
lunch on board on the meandering, limpet
water of the Li River. Stop at Yangshuo
Free Market where it requires your best
bargain skills and patience. Take a bus
back to Guilin after you are exhausted and
satisfied by the nerve-breaking bargain
with peddlers.
Day 4: Visit Reed Flute Cave. Walk along a lake with a view of two
pagodas.
Day 5: After breakfast, take a flight to Shanghai. Upon arrival, visit Yu
Garden and Jade Buddha Temple. Check in the hotel in the evening.
Day 6: Tour ends after breakfast.
* Note for PR and PT:
1. The tour fee includes inter-city transportation, regular meals, hotel
accommodation and admission fees.
2. If no roommate name is indicated, your room will be arranged as a single
room during the tour.
3. Please come to the Registration Desk and pay the balance of full tours
fee (if you have). Cash and credit card (Master and Visa only) are
acceptable. No personal check and traveler’s check are accepted for the
payments.
4. China International Conference Center for Science and Technology
(CICCST) will reserve the right to raise the prices or cancel any of the PR &
PT tour, if attendees are fewer than 10 persons.
5. Pick up the program from the tour desk.
6. The program is subject to be changed according to the local situation.
-54-
Appendix D: Map of the Beijing Subway System
-55-
-56-

Final Conference Program - 16th International Conference On

Transcription

Similar documents

Ceramic Materials