PowerMEMS2014 Program at a glance Main Hall (M) Reception Hall-B (R)

Program at a glance
PowerMEMS2014
Main Hall (M)
Reception Hall-B (R)
Tuesday, November 18, 2014
Evening
Registration (Desk open 17:00-20:00)
19:00-21:00
Welcome Reception (Reception Hall-B & Foyer)
Wednesday, November 19, 2014
8:00
Registration (Desk open 08:00-18:00)
8:30-8:40
Opening (M)
8:40-9:25
Invited talk -A (WIM)
Prof. Manos M. Tentzeris, Georgia Institute of Technology, USA
Oral Session (W1M)
RF Energy Transfer
9:30-10:50
10:50-11:00
Oral Session (W1R)
Fuel Cell & Batteries
Coffee Break (Foyer)
Oral Session (W2M)
Electrostatic Energy Harvesting
11:00-12:20
Oral Session (W2R)
Thermal Energy Harvesting
12:20-13:40
Lunch
13:40-15:00
Poster Session, WPC ( Connecting Corridor)
15:00-15:20
Coffee Break (Foyer)
15:20-16:40
Oral Session (W3M)
Engineered Material for Energy Harvesting
16:40-17:00
Oral Session (W3R)
Energy Storage
Coffee Break (Foyer)
Oral Session (W4M)
Electret Energy Harvesting
17:00-18:20
18:20
Oral Session (W4R)
Micro Thermal Devices
Committee meeting (Room 402)
Thursday, November 20, 2014
8:00
Registration (Desk open 08:00-13:30)
8:40-9:25
Invited talk -B (TIM)
Prof. Chitoshi Miki, Tokyo City University, Japan
9:30-10:50
Oral Session (T1M)
Industrial Applications of Energy Harvesting
Oral Session (T1R)
Microscale Combustion-I
10:50-11:00
Coffee Break (Foyer)
11:00-12:20
Poster Session, TPC (Connecting Corridor)
12:20-13:40
Lunch
13:40-19:00
Social Events (Naruto Whirlpool Cruise, Ningyo Joruri theater) by Bus
19:30
Banquet (The Westin Awaji Island, 1F, Ball room "Stella")
Friday, November 21, 2014
8:00
Registration (Desk open 08:00-16:00)
8:20-8:40
PowerMEMS2015 announcement (M)
8:40-9:25
Invited talk-C (FIM)
Prof. Luca Gammaitoni, NiPS Laboratory, Università di Perugia, Italy
9:30-10:50
10:50-11:00
11:00-12:20
Oral Session (F1M)
Wideband Vibration Energy Harvesting-I
Coffee Break (Foyer)
15:00-15:10
Oral Session (F2R)
Power Electronics for Miniature Energy
Conversion
Oral Session (F2M)
Wideband Vibration Energy Harvesting-II
12:20-13:40
13:40-15:00
Oral Session (F1R)
Microscale Combustion-II
Lunch
Oral Session (F3M)
Piezoelectric Energy Harvesting
Oral Session (F3R)
Magnetic Devices
Closing (M)
Tuesday, November 18, 2014
17:00 – 20:00
Registration
(Counter)
19:00 – 21:00
Welcome reception
Reception Hall-B & Foyer (2F)
Wednesday, November 19, 2014
08:00 – 18:00
Registration
(Counter)
08:30 – 08:40
Welcome & Introduction
(Main Hall)
Invited talk-A (WIM)
Inkjet-Printed Nanotechnology-enabled RFID, Internet of Things and "Zero-Power" Wireless Sensor
Nodes
08:40 – 09:25
Prof. Manos M. Tentzeris, Georgia Institute of Technology, USA
Chair: Kazusuke Maenaka, University of Hyogo, Japan
09:25 – 09:30
Nov. 19
09:30 – 09:50
09:50 – 10:10
10:10 – 10:30
10:30 – 10:50
Break
Oral Session (W1M)
(Main Hall)
Oral Session (W1R)
(Reception Hall-B)
RF Energy Transfer
Chair : Yoshihiro Kawahara
The University of Tokyo, Japan
Co-chair: Steve Burrow
University of Bristol, UK
Fuel Cell & Batteries
Chair : Tzern Toh
Imperial College London, UK
Co-chair: Yuji Suzuki
The University of Tokyo, Japan
W1M.1
Development of 24GHz Rectenna for Receiving
and Rectifying Modulated Waves
W1R.1
Facile 3D Metal Electrode Fabrication for Energy
Applications via Inkjet Printing and Shape Memory
Polymer
Naoki Shinohara
Kyoto University, Japan
Robert Roberts1, Jianwei Wu2, Nga Yu Hau1, Ya
Huei Chang1, Shien Ping Feng1, Dachao Li2
1
The University of Hong Kong
2
Tianjin University
W1M.2
Experiment of Power Supply Method for WLAN
Sensor Using Both Energy Harvesting and
Microwave Power Transmissions
W1R.2
Fabrication and Testing of a Bi-Conductive
Polymer Membrane Fuel Cell
Koichi Sakaguchi, Shota Yamashita, Yong Huang,
Koji Yamamoto, Takayuki Nishio, Masahiro
Morikura, Naoki Shinohara
Kyoto University，Japan
Simon Hamel1, Luc Frechette1, Shuji Tanaka2,
Takashiro Tsukamoto2
1
Université de Sherbrooke, Canada
2
Tohoku University, Japan
W1M.3
Interference cancellation for coexisting wireless
data and power transmission in the same
frequency
W1R.3
Carbon Nanowalls for oxygen reduction reaction
in Bio Fuel Cells
Keita Yamazaki1, Yusuke Sugiyama1, Yoshihiro
Kawahara2, Shunsuke Saruwatari1, Takashi
Watanabe3
1
Shizuoka University, Japan
2
Univsersity of Tokyo, Japan
3
Osaka University, Japan
Karsten Lehmann, Olena Yurchenko, Gerald
Urban
University of Freiburg - IMTEK
W1M.4
Experimental Study of RF Energy Transfer System
in Indoor Environment
W1R.4
Modified Graphene as Electrocatalyst towards
Oxygen Reduction Reaction for Fuel Cells
Salah-Eddine Adami, Plamen Proynov, Bernard
Stark, Geoffrey Hilton, Ian Craddock
University of Bristol
Dureid Qazzazie1, Michaela Keinath1, Rolf
Muelhaupt1, Olena Yurchenko1, Gerald Urban2
1
University of Freiburg, Germany
2
University of Freiburg - IMTEK, Germany
10:50 – 11:00
Nov. 19
11:00 – 11:20
11:20 – 11:40
11:40 – 12:00
12:00 – 12:20
Coffee Break (Foyer)
Oral Session (W2M)
(Main Hall)
(Reception Hall-B)
Thermal Energy Harvesting
Chair : Koji Miyazaki
Kyushu Institute of Technology, Japan
Co-chair: Daisuke Shimokuri
Hiroshima University, Japan
W2M.1
Contacting mode operation of work function
energy harvester
W2R.1
A High Reliability Module with a Thermoelectric
Device for Machine to Machine Wireless Sensor
Networks Fabricated by Molding Technology
Mika Prunnila, Aapo Varpula, Sampo Laakso,
Tahvo Havia, Jukka Kyynäräinen
VTT
Kanae Nakagawa, Tsutomu Tanaka, Takashi
Suzuki
FUJITSU LABORATORIES LTD., Japan
W2R.2
Modeling of the thermo-mechanical efficiency of
the bimetallic strip heat engines
W2M.2
A Design Method of In-plane MEMS Electret
Energy Harvester with Comb Drives
Qianyan Fu, Yuji Suzuki
The University of Tokyo, Japan
Arthur Arnaud1, Stephane Monfray1, Orphée
Cugat2, Jihane Boughaleb1, Emilie Trioux1, Frédé
ric Boeuf1, Thomas Skotnicki1
1
STMicroelectronics
2
G2ELab
W2M.3
Electric control of power extracting end-stop for
MEMS vibration energy harvesting
W2R.3
Flexible screen printed thick film thermoelectric
generator with reduced material resistivity
Binh Truong, Cuong Le, Einar Halvorsen
Buskerud and Vestfold University College,
Norway
Zhuo Cao, Elena Koukharenko, Russel Torah,
John Tudor, Steve Beeby
University of Southampton, UK
W2M.4
Vibrational Energy Harvester based on Electrical
Double Layer of Ionic Liquid
Shunsuke Yamada1,Hiroyuki Mitsuya2,Hiroyuki
Fujita1
1
The University of Tokyo, Japan
2
SAGINOMIYA SEISAKUSHO,INC.,Japan
12:20 – 13:40
Oral Session (W2R)
Electrostatic Energy Harvesting
Chair : Takayuki Fujita
University of Hyogo, Japan
Co-chair: Eric Yeatman
Imperial College London, UK
W2R.4
Design of an Integrated Thermoelectric Generator
Power Converter for Ultra-Low Power and Low
Voltage Body Energy Harvesters aimed at
EEG/ECG Active Electrodes
Milad Ataei Ashtiani, Christian Robert, Alexis
Boegli, Pierre-André Farine
EPFL, IMT, ESPLAB, Switzerland
Lunch
Poster session (WPC)
13:40 – 15:00
(Connecting corridor between conference venue and The Westin Awaji Island, 2F)
15:00 – 15:20
Coffee Break (Foyer)
Nov. 19
15:20 – 15:40
15:40 – 16:00
16:00 – 16:20
16:20 – 16:40
16:40 – 17:00
Oral Session (W3M)
(Main Hall)
Oral Session (W3R)
(Reception Hall-B)
Engineered Material for Energy Harvesting
Chair : Carol Livermore
Northeastern University, USA
Co-chair: Kensuke Kanda
University of Hyogo, Japan
Energy Storage
Chair : Naoki Shinohara
Kyoto University, Japan
Co-chair: Jean-Marie Dilhac
LAAS-CNRS, France
W3M.1
Micro Hydrogel Tubes for Culture of Oil
Production Microbes in an Open Environment
W3R.1
Coated Porous Si for High Performance On-Chip
Supercapacitors
Koya Mikami, Hiroaki Onoe, Norihisa Miki
Keio University, Japan
Mika Prunnila, Kestutis Grigoras, Jari Keskinen,
Leif Grönberg, Jouni Ahopelto
VTT
W3M.2
Advances on Ultrafast Silicon Field Emitter Array
Photocathodes for Coherent Radiation Sources
Based on Inverse Compton Scattering
W3R.2
A novel silicon/carbon nanocomposite anode for
high performance lithium-ion micro-battery
Chen Dong1, Michael Swanwick1, Phillip
Keathley1, Franz Kaertner2, Luis VelasquezGarcia1
1
Massachusetts Institute of Technology, USA
2
MIT/DESY
Xiaozhao Li, Xiaohong Wang, Siwei Li
Institute of Microelectronics, Tsinghua University,
China
W3M.3
Optimization and Experiment of Electromagnetic
Energy Harvester by Using NdFeB Sputtered on
High-aspect-ratio Corrugated Si
W3R.3
Regenerative braking systems with torsional
springs made of carbon nanotube yarn
Kohei Yamaguchi, Yuji Tanaka, Takayuki Fujita,
Noritaka Takehira, Koji Sonoda, Kensuke Kanda,
Kazusuke Maenaka
University of Hyogo, Japan
Sanwei Liu1, Cory Martin1, David Lashmore2, Mark
Schauer3, and Carol Livermore1
1
Northeastern University, Boston, MA USA
2
University of New Hampshire, Durham, NH USA
3
Nanocomp Technologies Inc., Merrimack, NH
USA
W3M.4
Myocardial Cell Pattern on Piezoelectric Nanofiber
Mats for Energy Harvesting
W3R.4
Composite Carbon-Based Ionic Liquid
Supercapacitor for High-Current Micro Devices
Xia Liu, Xiaohong Wang
Tsinghua University, China
Martin Cowell, Richard Winslow, Qian Zhang, Jae
Bin Ju, Paul Wright, James Evans
UC Berkeley, USA
Coffee Break (Foyer)
Nov. 19
17:00 – 17:20
17:20 – 17:40
17:40 – 18:00
18:00 – 18:20
Oral Session (W4M)
(Main Hal)
Oral Session (W4R)
(Reception Hall-B)
Electret Energy Harvesting
Chair : Michael Renaud
Holst Centre-Imec, the Netherlands
Co-chair: Paul Mitchesonn
Imperial College London, UK
Micro Thermal Devices
Chair : Luis Velasquez-Garcia
Massachusetts Institute of Technology, USA
Co-chair: Norihisa Miki
Keio University, Japan
W4M.1
Development of a High-performance Fluorpolymer
Electret Mixed with Nano-particles and Its
Application to Vibration Energy Harvesting
W4R.1
IR Thermal Imaging Device using PhotoPatternable Temperature Sensitive Paint
Masato Suzuki, Seiji Aoyagi, Tomokazu Takahashi
Kansai University, Japan
Takashiro Tsukamoto, Min Wang, Shuji Tanaka
Tohoku University, Japan
W4M.2
Development of A Pre-packaged MEMS Electret
Energy Harvester Before Charging
W4R.2
A Tree-on-a-Chip: Design and Analysis of MEMS
Based Superheated Loop Heat Pipes Exploiting
Nanoporous Silicon Membranes
Seonwoo Kim, Qianyan Fu, Kei Hagiwara, Yuji
Suzuki
The University of Tokyo, Japan
I-Tzu Chen, Amit Pharkya, Abraham Stroock
Cornell University
W4M.3
Performance enhancement of an out-of-plane
electret-based vibrational energy harvester with
dual charged plates
W4R.3
Influence of geometric patterns of microstructured
superhydrophobic surfaces on water harvesting
performance via dewing
Kai Tao, Sun Woh Lye, Jianmin Miao, Xiao Hu
Nanyang Technological University, Singapore
Donghyeon Seo1, Choongyeop Lee2, Youngsuk
Nam1
1
Kyung Hee University
2
University of Korea Aerospace
W4M.4
A Design of Mechanical Frequency Converter
Linear and Non-linear Spring Combination for
Energy Harvesting
W4R.4
A Micro Heat Exchanger Microfabricated from Bulk
Aluminium
Koki Yamamoto1, Takayuki Fujita1, Kensuke
Kanda1, Shoma Nakamoto1, Kazusuke Maenaka1,
Adrien Badel2, Fabien Formosa2
1
University of Hyogo, Japan
2
SYMME Laboratory
Gianmario Scotti, Sami Franssila
Aalto University
Thursday, November 20, 2014
08:00 – 13:00
Registration
(Counter)
Invited talk-B (TIM)
Can Sensors Solve the Deterioration Problems of Public Infrastructure?
08:40 – 09:25
Prof. Chitoshi Miki, Tokyo City University, Japan
Chair: Hiroki Kuwano, Tohoku University, Japan
09:25 – 09:30
Nov. 20
09:30 – 09:50
09:50 – 10:10
10:10 – 10:30
10:30 – 10:50
10:50 – 11:00
Break
Oral Session (T1M)
(Main Hal)
Oral Session (T1R)
(Reception Hall-B)
Industrial Applications of Energy Harvesting
Chair : Shad Roundy
University of Utah, USA
Co-chair: Tomohiro Seki
Omron Co., Japan
Microscale Combustion-I
Chair : Shuhei Takahashi
Gifu University, Japan
Co-chair: Kaoru Maruta
Tohoku University, Japan
T1M.1
Improved Mechanical Reliability of MEMS
Electrostatic Vibration Energy Harvesters for
Automotive Applications
T1R.1
OH-LIF Measurement of H2/O2/N2 Flames in a
Micro Flow Reactor with a Controlled Temperature
Profile
Michael Renaud1, Takayuki Fujita2, Martijn
Goedbloed1, Christine de Nooijer1, Rob van
Schaijk1
1
Imec HOLST Centre, The Netherlands
2
University of Hyogo, Japan
Takashige Shimizu, Hisashi Nakamura, Takuya
Tezuk, Susumu Hasegawa, Kaoru Maruta
Tohoku University, Japan
T1M.2
Flexible Electret Energy Harvester with Copper
Mesh Electrodes
T1R.2
An experimental and numerical study of ames in
narrow channels with electric fields
Ming Hsuan Lee1, Yi Chiu1, Wei-Hung Hsu2
1
National Chiao Tung University
2
Industrial Technology Research Institute
Mario Sanchez-Sanz1, Daniel Murphy2, Calros
Fernandez-Pello2
1
Universidad Carlos III de Madr
2
University of California, Berkeley, USA
T1M.3
Development of Power Supply Package for
Electret Vibration Generator
T1R.3
MEMS Wireless Temperature Sensor for
Combustion Studies
Yutaka Hattori
THHINK W.T-JAPAN
Minhyeok Lee, Yoshihiro Kawahara, Kenichi
Morimoto, Yuji Suzuki
The University of Tokyo, Japan
T1M.4
Multi-frequency vibration-driven electret generator
for wireless sensor applications
T1R.4
Investigation of the storage and release of oxygen
in a Cu-Pt element of a high-temperature
microcombustor
Tatsuakira Masaki, Naoki Yoshitake, Susumu
Kamiyama, Misato Nabeto, Tomonori Seki
OMRON Corporation, Japan
Zahra Khaji1, Peter Sturesson1,2, Klas Hjort1, Lena
Klintberg1, Greger Thornell1
1
Uppsala University, Sweden
2
Swedish National Defence College
Coffee Break (Foyer)
Poster session (TPC)
11:00 – 12:20
(Connecting corridor between conference venue and The Westin Awaji Island, 2F)
12:20 – 13:40
Lunch
Social Event
Move to Fukura port by bus
Naruto giant whirlpool boat cruise (Naruto Channel)
Awaji Ningyo Joururi, traditinal puppet theater (Awaji Ningyo-za)
Back to the Conference venue by bus
13:40 – 19:00
Banquet
Grand ballroom "Stella", The Westin Awaji Island (1F)
19:30 – 21:30
Friday, November 21, 2014
08:00 – 18:00
Registration
(Counter)
08:20 – 08:40
PowerMEMS2015 announcement (Main Hall)
Invited talk-C (FIM)
Energy Conversion at Micro and Nanoscale
08:40 – 09:25
Prof. Luca Gammaitoni, NiPS Laboratory, Università di Perugia, Italy
Chair: Shuji Tanaka, Tohoku University, Japan
09:25 – 09:30
Nov. 21
Break
Oral Session (F1M)
(Main Hall)
Wideband Vibration Energy Harvesting-I
Chair : Phiippe Basset
Université Paris-Est, ESYCOM, ESIEE Paris,
France
Co-chair: Einar Halvorsen
Buskerud and Vestfold University College,
Norway
09:30 – 09:50
09:50 – 10:10
10:10 – 10:30
10:30 – 10:50
F1M.1
Tunable nonlinear piezoelectric vibration harvester
Oral Session (F1R)
(Reception Hall-B)
Microscale Combustion-II
Chair : Carlos Fernandez-Pello
University of California Berkeley, USA
Co-chair: Yuji Nakamura
Toyohashi University of Technology, Japan
F1R.1
Development of a Portable Power System with
Meso-scale Vortex Combustor and Thermo-electric
Device
Sebastian Neiss, Frank Goldschmidtboeing,
Michael Kroener, Peter Woias
University Freiburg, IMTEK, Germany
Daisuke Shimokuri
Hiroshima University, Japan
F1M.2
Experimental Validation of Damping Model for a
MEMS Bistable Electrostatic Energy Harvester
F1R.2
Development of Micro Cogeneration System with a
Porous Catalyst Microcombustor
Cuong Nguyen, Son Nguyen, Einar Halvorsen
Buskerud and Vestfold University College,
Norway
Shuhei Takahashi, Masateru Tanaka, Naoya Ieda,
Tadayoshi Ihara
Gifu University, Japan
F1M.3
Wideband Piezoelectric Energy Harvester Tuned
Through its Electronic Interface Circuit
F1R.3
Power generation properties of Direct Flame Fuel
Cell (DFFC)
1
Adrien Badel1, Elie Lefeuvre2
SYMME LAB, France
2
Université Paris Sud - CNRS, France
S. Endo1, Y. Nakamura2
1
Hokkaido University, Japan
2
Toyohashi University of Technology, Japan
F1M.4
A Miniature Coupled Bistable Vibration Energy
Harvester
F1R.4
A Study on Energy Conversion Efficiency of Direct
Flame Fuel Cell Supported by Clustered Diffusion
Microflames
Dibin Zhu, Derek Arthur, Steve Beeby
University of Southampton, UK
10:50 – 11:00
Nov. 21
11:00 – 11:20
11:20 – 11:40
11:40 – 12:00
12:00 – 12:20
Taro Hirasawa, Seia Kato
Chubu University, Japan
Coffee Break (Foyer)
Oral Session (F2M)
(Main Hal)
(Reception Hall-B)
Wideband Vibration Energy Harvesting-II
Chair: Einar Halvorsen
Buskerud and Vestfold University College,
Norway
Co-chair: Phiippe Basset
Université Paris-Est, ESYCOM, ESIEE Paris,
France
Power Electronics for Miniature Energy
Conversion
Chair : Adrien Badel
Universite Savoie, France
Co-chair: Dibin Zhu
University of Southampton, UK
F2M.1
Wideband Piezomagnetoelastic Vibration Energy
Harvesting
F2R.1
Piezoelectric energy harvester interface with realtime MPPT
Anders Lei, Erik Thomsen
Technical Uni. of Denmark
Alwyn Elliott, Paul Mitcheson
Imperial College London, UK
F2M.2
Vibration Energy Harvesting via ParametricallyInduced Bistability
F2R.2
MEMS Electrostatic Vibration Energy Harvester
without Switches and Inductive Elements
Gabriel Abadal1, Miquel López-Suárez2, Warner
Venstra3, Gonzalo Murillo4, Francesc Torres1
1
UAB
2
Università di Perugia
3
Delft University of Technology
4
Institut de Microelectrònica de Barcelona IMBCNM (CSIC)
Vitaly Dorzhiev1, Armine Karami2, Philippe
Basset3, Valeriy Dragunov1, Dimitri Galayko2
1
Novosibirsk State Technical University(NSTU),
Russia
2
UPMC - Sorbonne Universities, LIP6, France
3
Universite Paris Est / ESIEE Paris, France
F2M.3
Passively Self-Tuning Piezoelectric Energy
Harvesting System
F2R.3
Low-power Methods of Power Sensing and
Frequency Detection for Wideband Vibration
Energy Harvesting
Christine Gregg, Pit Pillatsch, Paul Wright
UC Berkeley, USA
Plamen Proynov, Bernard Stark, Neville McNeill
University of Bristol
F2M.4
Electrostatic Force-induced Broadband Effect in
Electret-based Vertical Vibration Energy
Harvesters using Fine-grained Stainless Steel
Oscillator
Haruhiko Asanuma, Motoaki Hara, Hiroyuki
Oguchi, Hiroki Kuwano
Tohoku University, Japan
12:20 – 13:40
Oral Session (F2R)
F2R.4
Resonant frequency tuning of an industrial
vibration energy harvester
Tzern Toh, Steve Wright, Paul Mitcheson
Imperial College London
Lunch
Nov. 21
13:40 – 14:00
14:00 – 14:20
14:20 – 14:40
14:40 – 15:00
Oral Session (F3M)
(Main Hal)
Oral Session (F3R)
(Reception Hall-B)
Piezoelectric Energy Harvesting
Chair: Isaku Kanno
Kobe University, Japan
Co-chair: Peter Woias
IMTEK, University of Freiburg, Germany
Magnetic Devices
Chair : Yi Chiu
National Chiao Tung University, Taiwan
Co-chair: Tzeno Galchev
IMTEK, University of Freiburg, Germany
F3M.1
Degradation of Piezoelectric Materials for Energy
Harvesting Applications
F3R.1
Stability and spring constant investigation for
micromachined inductive suspensions: theoretical
analysis vs. experimental results
Pit Pillatsch1, Eric Yeatman2, Nathan Shashoua1,
Andrew Holmes2, Paul Wright2
1
UC Berkeley, USA
2
Imperial College London, UK
Kirill Poletkin1, Zhiqiu Lu1, Bartjan den Hartogh2,
Ulrike Wallrabe1, Vlad Badilita1
1
University of Freiburg - IMTEK, Germany
2
FemtoTools AG
F3M.2
Activation of Piezoelectric Property of PZT Thin
Films
F3R.2
Experimental Analysis of a Coupled Energy
Harvesting System with Monostable and Bistable
Configuration
Takeshi Kobayashi, Yasuhiro Suzuki, Natsumi
Makimoto, Hiroshi Funakubo, Ryutaro Maeda
AIST, Japan
Daniel Hoffmann1, Bernd Folkmer1, Yiannos
Manoli1,2
1
HSG-IMIT
2
IMTEK, University of Freiburg, Germany
F3M.3
The Power Generation Characteristics and
Durability of a Vibration Power Generation Device
using Piezoelectric Thick Film Formed Directly by
Screen Printing on a Stainless Steel Substrate
F3R.3
Mechanical Amplifier for Translational Kinetic
Energy Harvesters
Akihiro Oishi, Hidenori Katsumura
Panasonic Corporation
Iman Shahosseini, Khalil Najafi
University of Michigan
F3M.4
Low Temperature Sintering of PZT
F3R.4
Electrodynamic Wireless Power Transmission to
Rotating Magnet Receivers
Anna Medesi, Christof Megnin, Thomas
Hanemann, Thomas Greiner, Manuel Benkler
University of Freiburg, Germany
Alexandra Garraud, Juan Jimenez, Nicolas
Garraud, David Arnold
University of Florida, USA
15:00 – 15:10
Break
15:10 – 15:20
Closing (Main Hall)
Nov. 19
13:40 –15:00
Poster session (WPC)
(Connecting corridor between conference venue to The Westin Awaji Island, 2F)
WP.01
Ignition Characteristics of Premixed Methane/air
in Micro Chamber
WP.02
Numerical study of influence of surface reaction
and heat-loss on flame intensity of methane–air
flames
WP.03
A Framework for Determining the Maximum
Theoretical Power Output for a Given Vibration
Energy Source
John Heit, Shad Roundy
University of Utah, USA
Wireless Energy Transfer Through Magnetic
Reluctance Coupling
Pit Pillatsch
UC - Berkeley, USA
Composite Piezoelectric Rubber Band for Energy
Harvesting from Breathing and Limb Motion
Yu-Chuan Su, Jhih-Jhe Wang, Huan-Jan Su
National Tsing Hua University
An Innovative Controller to Increase Harvested
Energy
Kanjuro Makihara1, Yuta Yamamoto1, Chikahiro
Horiguchi2, Hitoshi Sakaguchi2, Katsumi Fujimoto2
1
Tohoku University
2
Murata Manufacturing Co., Ltd.
WP.04
WP.05
WP.06
WP.07
WP.08
WP.09
Human Motion Energy Harvesting for AAL
Applications
Powering a Commercial Datalogger by Energy
Harvesting from Generated Aeroacoustic Noise
Haolin Yang, Jiepeng Huo , Liqiao Jiang, Xiaohan
Wang, Daiqing Zhao
GIEC, CAS, China
Naoki Hayashi, Hiroshi Yamashita
Nagoya University, Japan
Klevis Ylli1, Daniel Hoffmann1, Philipp Becker1,
Alexander Willmann1, Bernd Folkmer1, Yiannos
Manoli1,2
1
HSG-IMIT
2
IMTEK, University of Freiburg, Germany
Jean-Marie Dilhac1, Christophe Airiau2, Marise
Bafleur1, Vincent Boitier1, Xavier Dollat1, Nicolas
Nolhier1, Estelle Piot3, Romain Montheard1
1
LAAS-CNRS
2
IMFT
3
ONERA
A Skin-attachable Flexible Piezoelectric Pulse
Wave Energy Harvester
Sunghyun Yoon, Young-Ho Cho
KAIST
WP.10
Comparison of the piezoelectric energy
harvesters with Si-MEMS and metal-MEMS
Wen-Jong Wu, ChaoTing Chen, ShunChiu Lin,
Chun-Liang Kuo, YinJie Wang, Shou Peng Yeh
National Taiwan University
WP.11
Optimization of Passive Voltage Multipliers for
Fast Start-up and Multi-voltage Power Supplies in
Electromagnetic Energy Harvesting Systems
GUANG YANG, Bernard Stark, Steve Burrow,
Simon Hollis
University of Bristol, UK
WP.12
Airflow energy harvesters of metal-based PZT thin
films by self-excited vibration
Eisaku Suwa, Yuichi Tsujiura, Fumiya Kurokawa ,
Hirotaka Hida, Isaku Kanno
Kobe University, Japan
WP.13
Basic Research of Vibration Energy Harvesting
Micro Device using Vinylidene Fluoride /
Trifluoroethylene Copolymer Thin Film
Toru Takiguchi1, Toshio Sasaki2, Takashi
Nakajima2, Shinichi Yamaura2, Tetsushi
Sekiguchi1, Shuichi Shoji1
1
Waseda University
2
Institute for Materials Research, Tohoku
University, Japan
WP.14
A 2 DOF vibration harvester for broadband and
multi-frequency harvesting using a single electromagnetic transducer
WP.15
Dye sensitized photovoltaic miniaturized solar
cells, used as optical sensors for line of sight
detection
Steve Burrow
University of Bristol, UK
Carlos Cortes Torres, Kota Sampei, Miho Ogawa
Keio University
MEMS Batch Fabrication of the Bipolar Micro
Magnet Array for Electromagnetic Vibration
Harvester
Kohei Yamaguchi, Takayuki Fujita, Yuji Tanaka ,
Noritaka Takehira, Koji Sonoda, Kensuke Kanda,
Kazusuke Maenaka
University of Hyogo
WP.17
Inductive Energy Harvesting for Rotating Sensor
Platforms
Tzern Toh, Steve Wright, Michail Kiziroglou, Paul
Mitcheson, Eric Yeatman
Imperial College London, UK
WP.18
Characterization of a variable reluctance
harvester
Michael Kroener, Nicolas Moll, Shankar
Ravindran, Philipp Mehne, Peter Woias
University Freiburg, IMTEK, Germany
WP.19
Micro-fabricated Liquid Encapsulated Energy
Harvester with Polymer Barrier Layer as Liquid
Electret Interface
Ling BU, Huiyong Xu, Bingji Xu
China University of Geoscience
WP.20
White Noise Responsiveness of an AlN
Piezoelectric MEMS Cantilever Vibration Energy
Harvester
WP.16
WP.21
Yu Jia, Ashwin Seshia
University of Cambridge
A Hip Implant Energy Harvester
Kantida Pancharoen, Dibin Zhu, Steve Beeby
University of Southampton, UK
WP.22
Bandwidth widening in an FR4 based nonlinear
electromagnetic vibrational generator by
combined effect of bistability and stretching
Pranay Podder, Dhiman Mallick, Saibal Roy
Tyndall National Institute
WP.23
An Equivalent Circuit Model for Electrostatic
Energy Harvester for Energy Harvesting System
WP.24
Novel Bridge MEMS-PZT Energy Harvester for
Automotive Applications
Keidai Minami, Takayuki Fujita, Koji Sonoda ,
Naoki Miwatani, Kensuke Kanda, Kazusuke
Maenaka
University of Hyogo
Edoardo Trabaldo1, Elof Köhler1, Henrik Staaf1,
Cristina Rusu2, Peter Enoksson1
1
Chalmers
2
Acreo AB
WP.25
A Handy Motion Driven, Frequency Up-converted
Hybrid Vibration Energy Harvester using PZT
Bimorph and Non-magnetic Ball
Md. Abdul Halim Miah, Hyeon Ok Cho, Jae Park
Kwangwoon University, South Korea
WP.26
Storing Deformation Energy of ZnO fine wires in a
Mechanical Battery
OSCAR GILBERTO SUCHI, Gabriel Abadal,
Francesc Torres
Universitat Autónoma Barcelona
WP.27
Power Electronics Design of a Solar Powered Incar Wireless Tag for Asset Tracking and Parking
Applications
Dibin Zhu, Steve Beeby
University of Southampton
A Si-Based Double Micro-Structure Electrode For
High Capacity Electrical Double Layer Capacitors
Valdas Krikščikas1, Hiroyuki Oguchi1, Hiroshi
Yanazawa2, Motoaki Hara1, Hiroki Kuwano1
1
Tohoku University, Japan
2
MEMS core
Carbon Nanotubes Film Preparation on 3D
Structured Silicon Substrates by Spray Coating
Technique for Application in Solar Cells
Yu Xiang, Mengge Li, Peng Liu, Jinwen Zhang
Peking University
AlN thin films growth using electron cyclotron
resonance reactive sputtering
Hung Nguyen, Hiroyuki Oguchi, Hiroki Kuwano
Tohoku University, Japan
WP.31
A flexible micro biofuel cell utilizing hydrogel
containing ascorbic acid
Hideaki Goto, Ryohei Sano, Yudai Fukushi,
Yasushiro Nishioka
Nihon University
WP.32
Design, Fabrication and Prototype testing of a
Chip Integrated Micro PEM Fuel Cell Accumulator
combined On-Board Range Extender
WP.28
WP.29
WP.30
Arvind Balakrishnan, Holger Reinecke, Claas
Mueller
University of Feiburg
WP.33
Thermal management of power sources for
mobile electronic devices based on micro-SOFC
WP.34
Carbon-nanotube Nanofluid Thermophysical
Properties and Heat Transfer by Natural
Convection
Yanrong Li
Ibaraki University
Self-Biased Inductorless Interface Circuits for
Electret-Free Electrostatic Energy Harvesters
Elie Lefeuvre, Sarah Risquez, Jie Wei, Fabien
Parrain
Université Paris Sud
WP.35
WP.36
Nov. 20
11:00 –12:20
TP.01
TP.02
Position-Insensitive Long Range Inductive Power
Transfer
Shoya Murayama, Fumitada Iguchi, Makoto
Shimizu, Hiroo Yugami
Tohoku University
Christopher Kwan, James Lawson , David Yates,
Paul Mitcheson
Imperial College London, UK
Poster session (TPC)
(Connecting corridor between conference venue to The Westin Awaji Island, 2F)
Interaction of Two Micro-slot Flames: Heat
Release Rate and Flame Shape
Kazunori Kuwana1, Taro Hirasawa2, Yuji
Nakamura3
1
Yamagata University
2
Chubu University
3
Toyohashi University of Technology
Effect of Surface Reactions on Ignition Delay of
Methanol/Air Mixture
Jiepeng Huo, Haolin Yang, Liqiao Jiang, Xiaohan
Wang, Daiqing Zhao
GIEC, CAS
A Bistable Vibration Energy Harvester with Closed
Magnetic Circuit
Takahiro Sato, Takeshi Sugisawa, Hajime Igarashi
Hokkaido University
Fabrication and performance analysis of MEMSbased Variable Emissivity Radiator for Space
Applications
Changwook Lee, Taegyu Kim, Hyung-Ung Oh
Chosun University
Improving the Dielectric and Piezoelectric
Properties of Screen-printed Low Temperature
PZT/polymer Composite using Cold Isostatic
Pressing
Ahmed Almusallam, Kai Yang, Zhu Cao, John
Tudor, Steve Beeby
University of Southampton, UK
TP.06
Thermal energy harvesting from wildlife
Peter Woias, Florian Schuele, Eiko Bauemker,
Philipp Mehne, Michael Kroener
University of Freiburg - IMTEK
TP.07
Analytical modeling of a high temperature
thermoelectric module for wireless sensors
Elof Köhler, Henrik Staaf, Anders Palmqvist, Peter
Enoksson
Chalmers University of Technology
TP.08
Comparison of Five Topologies of Cantileverbased MEMS Piezoelectric Vibration Energy
Harvesters
TP.03
TP.04
TP.05
TP.09
TP.10
TP.11
TP.12
Characterization of piezoelectric material for
micro thermal harvesters
Yu Jia, Ashwin Seshia
University of Cambridge
Emilie Trioux1, Stephane Monfray1, Thomas
Skotnicki1, Skandar Basrour2, Paul Muralt3
1
STMicroelectronics
2
Tima Laboratory, France
3
EPFL
New nonlinear vibration energy harvesters based
on PVDF hybrid fluid diaphragm
Florian HUET, Fabien Formosa, Adrien Badel
SYMME Laboratory
Modeling and experimental characterization of a
fluttering windbelt for energy harvesting
Emmanuelle Arroyo, Shaohui Foong, Kristin
Wood
SUTD
Analysis of Upper Bound Power Output for a
Wrist-Worn Rotational Energy Harvester from
Real World Measured Inputs
Tiancheng Xue, Shad Roundy
University of Utah, USA
SPICE modeling of a coupled piezoelectricbimetal heat engine for autonomous Wireless
Sensor Nodes (WSN) power supply
TP.13
Jihane Boughaleb1,2,4, Stephane Monfray1,
Guillaume Vine1, Pierre-Jean Cottinet1, Sébatien
Boisseau3, Benoit-Alexandre Duret2, Vincent
Heinrich1, Pascal Urard1, Jean-Charles Grasset1,
Onoriu Puscasu1, Christophe Maitre1, Frédéric
Boeuf1, Daniel Guyomar2, Thomas Skotnicki1,
Severin Trochut1, Frédéric Hasbani1, Thierry Di
Gilio1, Arthur Arnaud1, Sébastien Quenard3
1
STMicroelectronics
2
CEA-LITEN
Koji Sonoda, Keidai Minami, Naoki Miwatani,
Takayuki Fujita, Kensuke Kanda, Kazusuke
Maenaka
University of Hyogo
TP.14
Evaluation of Electrostatic Force on Bipolar
Charged Electret
TP.15
Performance Enhancement of A Low Frequency
Vibration Driven 2-DOF Piezoelectric Energy
Harvester by Mechanical Impact
Md. Abdul Halim Miah, Jae Park
Kwangwoon University, South Korea
TP.16
Equivalent Circuit Model of an Impact-based
Piezoelectric Energy Harvester
Sunhee Kim, Suna Ju, Chang-Hyeon Ji, SeungJun Lee
Ewha Womans University
TP.17
Inductive energy harvesting from variable
frequency and amplitude aircraft power lines
Tzern Toh, Steve Wrigh, Michail Kiziroglou, Eric
Yeatman, Paul Mitcheson
Imperial College London, UK
TP.18
Reliability of vibration energy harvesters of metalbased PZT thin films
Yuichi Tsujiura, Eisaku Suwa, Fumiya Kurokawa,
Hirotaka Hida, Isaku Kanno
Kobe University, Japan
TP.19
TP.20
TP.21
TP.22
TP.23
TP.24
TP.25
Feasibility of energy harvesting from a rotating tire
based on the theory of stochastic resonance
Modeling and experimental verification of more
efficient power harvesting by coupled
piezoelectric cantilevers
Tunable vibration energy harvester for condition
monitoring of maritime gearboxes
Yunshun Zhang, Rencheng Zheng, Kimihiko
Nakano
The University of Tokyo
Henrik Staaf1, Elof Köhler1, Peter Enoksson1, Per
Lundgren1, Dhasarathy Parthasarathy2
1
Chalmers
2
VOLVO
Daniel Hoffmann1, Alexander Willmann1, Bernd
Folkmer1, Yiannos Manoli1,2
1
HSG-IMIT
2
University of Freiburg, Germany
Self power generating piezoelectric elements
applied to switching circuits
Shigeru Fujimoto, Takeshi Imai
Tokyo City University
Output power of piezoelectric MEMS vibration
energy harvesters under random oscillations
Kento Kariya1, Takeshi Yoshimura1, Shuichi
Murakami2, Norifumi Fujimura1
1
Osaka Prefecture University
2
TRI-Osaka
Simon Genter, Oliver Pau
University of Freiburg, IMTEK
Influence of Various Conducting and Inorganic
Dielectric Drift Barriers on the Charge Decay in
Parylene-C Electret Layers
Pt@TiO2- Au nanoCORRUGATed PLASMONIC
STUCTURE for visible-light active photocatalysis
Jun-Sheng Chen
NTHU
An investigation of PDMS structures for optimized
ferroelectret performance
Junjie Shi, Dibin Zhu, Steve Beeby
University of Southampton, UK
TP.27
Porous Ge based Electric Double Layer
Capacitors with High Compatibility for Low
Threshold Voltage Diode Rectifiers
Atsushi Sekiguchi, Motoaki Hara, Hiroyuki Oguchi
, Hiroki Kuwano
Tohoku University, Japan
TP.28
Improvement on electrochemical performance by
partial replacement of Ru@Pt core-shell
nanocatalyst by temperature modification
Chih-Juei Chang
National Tsing-Hua University
GLASS MICROPOROUS FIBER/NANOPOROUS
POLYTETRAFLUOROETHENE COMPOSITE
MEMBRANES FOR HIGH EFFICIENT
PHOSPHORIC ACID FUEL CELL
Lee Weijia, Cheng Chang
National Tsing Hua University
Miniature Fuel Cell with Monolithically Fabricated
Si Electrodes - Uniformity of Catalyst Layer
Thickness -
Itsuki Morisawa
Tokyo University of Science
TP.26
TP.29
TP.30
TP.31
Condensate Mobility and Heat Transfer
Performance of Nano-Engineered Cu Condensers
Hyunsik Kim, Youngsuk Nam
University of Kyung Hee
TP.32
Power Generation Characteristics of Single
Electrode Output Circuit in Electret Energy
Harvester
Ling Bu, Huiyong Xu, Bingji Xu
China University of Geoscience
TP.33
Analysis and Implementation of Real Number
Extended Sliding Surface with Integral
Compensation for DC-AC Converters
En-Chih Chang, Rong-Ching Wu, Kuo-Yuan Liao
I-Shou University, Taiwan
TP.L1
Heat transport performance test of COSMOS heat
pipe fabricated by electroplating
M. Uemura and S. Nishio
Institute of Industrial Science, Univ. of Tokyo,
Japan