the international conference on flexible and printed ... · dr. toshihide kamata (national...

I n t e r n a t i o n a l C o n f e r e n c e o n F l e x i b l e a n d P r i n t e d E l e c t r o n i c s

2 0 1 4 . 1 0 . 2 1 - 2 4 C h i n a , B e i j i n g , j i a n g u o H o t e l ( G o n g d a B r a n c h )

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The International Conference on Flexible and Printed Electronics

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Introduction

With growing interests in large area, flexible and low cost electronics globally, printing as an alternative technique for electronics manufacturing has become a focusing area in recent years. Printed electronics, together with a large family of new “breed” of electronics such as organic electronics, plastic electronics, flexible electronics, transparent electronics, paper electronics, wearable electronics, etc., are considered as complimentary to the dominant silicon microelectronics. Being flexible and printable enable a variety of innovative products that make our life colorful, more convenient, more fun and above all, better quality.

Flexible and printed electronics are still in its infancy stage. Though some flexible and printed electronics products start to appear in market, the technology itself is still developing. Many challenges are ahead in materials, fabrication processes, equipments and integrations, etc. The International Conference on Flexible and Printed Electronics (ICFPE) aims to bring together the best minds in academia and industry to discuss the challenges and exchange ideas. The conference started in 2009, with the first ICFPE held in Jeju, Korea, the second in Hsingchu, Taiwan, the third in Tokyo, Japan and the 4th in Jeju, Korea again in 2013.

In October 21-23, 2014, the 5th ICFPE has come to Beijing, China. China views the hosting of ICFPE as a great opportunity to let the Chinese researchers and industrialists see the worldwide development of flexible and printed electronics, and to let the world see what China has done and what are the opportunities of business and technology collaborations lying ahead. I am very pleased that the response to the ICFPE 2014 is very encouraging. We have received 240 abstracts from 20 countries. 222 abstracts have been selected to form the oral sessions and poster session. We have 5 plenary speakers of world renowned experts and 28 invited speakers with highly regarded experience in the field. There are 4 master classes to give young researchers the first hand knowledge in different aspects of flexible and printed electronics. I am particularly proud that nearly half of submitted abstracts are from Chinese researchers, representing the growing interests and activities in the field in China. With the sheer size of population, the potential market in China for flexible and printed electronics products cannot be ignored. China as the world largest manufacturing base for everything, particularly in sectors such as flat panel displays, solar cells, printed circuit boards, etc., will become one of the major driving forces to push the technology from research to commercialization. I am sure that the ICFPE 2014 will be one of the stepping stones towards the goal.

Enjoy your participation of ICFPE 2014 and enjoy your stay in Beijing!

CONFERENCE ORGANIZERS

Honorary Chair Prof. Tieyong Zuo(Fellow, Chinese Academy of Engineering, Beijing University of Technology, China)

General Chair Prof. Zheng Cui (Suzhou Institute of Nanotech, Chinese Academy of Sciences, China)

Co-Chairs Prof. Gyoujin Cho (Sunchon National University, Korea) Dr. Toshihide Kamata (National Institute of Advanced Industrial Science and Technology, Japan) Prof. Yibing Cheng (Monash University, Australia) Dr. Chun-Ting Liu (Industrial Technology Research Institute, Taiwan) Dr. Jie Zhang (Institute of Materials Research and Engineering,Singapore)

International Advisory CommitteeProf. Takao Someya Tokyo University (Japan)

Prof. Kee-Hyun Shin Konkuk University (Korea)

Dr. Han-Ping Shieh National Chiao Tung University (Taiwan)

Dr. Paul Heremans IMEC (Belgium)

Prof. Henning Sirringhaus Cambridge University (UK)

Prof. Zhenan Bao Stanford University (USA)

Dr. Andy Hor IMRE (Singapore)

Dr. Daoben Zhu Insitute of Chemistry, Chinese Academy of Sciences (China)

Prof. Jing Zou Tianjin University (China)

Prof. Yong Cao South China University of Technology (China)

Dr. Stephan Kirchmeyer Heraeus Precious Metals GmbH (Germany)

Prof. Harri Kopola VTT (Finland)



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ICFPE2014 Technical Program Committee

Yanlin Song Institute of Chemistry, Chinese Academy of Sciences, China

Junbiao Peng South China University of Technology, China

Yunqi Liu Institute of Chemistry, Chinese Academy of Sciences, China

Xue Feng Tsinghua University, China

Jindu Lin Chinese Printed Circuits Association (CPCA), China

Xiachang Zhang Changzhou Institute of Printed Electronics Industry, China

Luhai Li Industrial Alliance of Printed Electronics, China

Li Rong Zheng Fudan University, China

Haixia Zhang Peking University, China

Wei He University of Electronics Science and Technology, China

Chun-yan LiuInstitute of Physics and Chemistry, Chinese Academy of Sciences, China

Changchang Zhu TCL Industrial Research Institute, China

Xiuqi Huang Kunshang New Flat Panel Display Technology Center, China

Feng Pan Tsinghua University, China

Jiabin Xu Chinese University of Hong Kong, Hong Kong

Feng Yan Hong Kong Polytechnic University, Hong Kong

Henry Yan Hong Kong University of Science and Technology, Hong Kong

Beng Ong Hong Kong Baptist University, Hong Kong

Jupiter Hu Industrial Technology Research Institute (ITRI), Taiwan

Yung Hui Yeh Industrial Technology Research Institute (ITRI), Taiwan

Lain-jong LiInstitute of Atomic and Molecular Sciences, Academia Sinica, Taiwan

Feng Yu Tsai Nantional Taiwan University, Taiwan

Byung-Oh Choi Korea Institute of Machinery & Materials (KIMM), Korea

Kyung-Tae Kang Korea Institute of Industrial Technology (KITECH), Korea

Beyong-Hwan Ryu Korea Research Institute of Chemical Technology (KRICT), Korea

Hoo-Jeong Lee Sungkyunkwan university), Korea

Gyou-Jin Cho Sunchon national university), Korea

Taik-Min Lee Korea Institute of Machinery & Materials (KIMM), Korea

Chung-Hwan Kim Chungnam national university), Korea

Jae-Won Chung Korea university), Korea

Jin-Soo Noh Sunchon national university), Korea

An-Jung Chung Korea Printed Electronics Association (KoPEA) ), Korea

Toshihide KamataNational Institute of Advanced Industrial Science and Technology, Japan

Takao Someya Tokyo University, Japan

Shinichi Nishi Japan Printed Electronics Research Association (JAPERA), Japan

Shizuo Tokito Yamagata University, Japan

Kazumasa Nomoto Sony, Japan

Aiko Sakurai Mitsubishi chemical Group, Japan

Jie Zhang Institute of Materials Research and Engineering (IMRE), Singapore

Peter Ho National University of Singapore

Yibing Cheng Monash University, Australia

Adisorn Tuantranont National Electronics and Computer Technology Center, Thailand

Simon Ogier Center for Process Innovation (CPI), UK

Jeremy Burrroughes Cambridge Display Technology, UK

Davor P. Sutija Thin Film Electronics, Norway

Wolfgang Mildner PolyIC, Germany

Klaus Hecker Organic Electronics Association (OE-A), Germany

Frederik Krebs Technical University of Denmark

Hagen Klauk Max Plank Institute for Solid State Research, Germany

Raimo Korhonen VTT, Finland

Luisa Torsi University of Bari, Italy

Ronn Andriessen Holst Center, NetherlandsMuhammad Mustafa Hussain

King Abdullah University of Science and Technology (KAUST)，Saudi Arabia

Bernard Kipplelen Georgia Institute of Technology, USA

Vivek Subramanian UC Berkeley, USA

L Jay Guo University of Michigan, USA

Vladimir Bulovic MIT, USA

Dan Frisbie University of Minnesota, USA

Sigurd Princeton University, USA

Robert Street PARC, USA

Tao Ye National Research Council of Canada

Chen-Kun Chen Industrial Technology Research Institute, Taiwan



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FLOOR PLAN

Auditorium of Beijing University of Technology (BJUT)

3rd Floor of Grand Gongda Jianguo Hotel

SESSION DATE TIME MEETING ROOMMaster Class 2014/10/20 13:30-18:00 2 Grand Ball Room 3PlenaryTalk

2014/10/21-23

08:30-10:30 1 Auditorium of BJUT

Invited Session 11:00-12:00

4 Grand Ball Room 1 3 Grand Ball Room 2 2 Grand Ball Room 3 6 Peony Room 5 Hibiscus Room

Oral Session 13:30 - 18:00

4 Grand Ball Room 1 3 Grand Ball Room 2 2 Grand Ball Room 3 6 Peony Room 5 Hibiscus Room

Poster Session 2014/10/22 16:00-18:00 7 Poster AreaExhibition 2014/9/21-23 08:30-18:00 Foyer

Beijing University of Technology (BJUT)



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GENERAL INFORMATION

Onsite Registration and Information HoursOn the 3rd Floor of Grand Gongda Jianguo HotelMonday, Oct 20 .....................................................................7:00A.M - 9:00 P.M.Tuesday, Oct 21.....................................................................6:30A.M. - 6:00 P.M.Wednesday, Oct 22................................................................6:30A.M. - 6:00 P.M.Thursday, Oct 23....................................................................6:30A.M. - 6:00 P.M.Friday , Oct 24.....................................................................6:30A.M. - 12:00 A.M.

Conference Location and TransportationPlenary session will be held in Auditorium of BJUT, all the other sessions will be held in Grand Gongda Jianguo Hotel of the key Floors and meeting rooms can be found on the page of 7Grand Gongda Jianguo HotelAdd:No.100 PINGLEYUAN, CHAOYANG District, BeijingTEL:86-10-59102222http://www.bjut-hoteljianguo.com/

Location

How to get to conference venue

For Foreigners and Chinese participants outside Beijing

Arrival Vehicle Start Point Vehicle Time RMB Suggest Line

PLANE

CAPITAL AIRPORT

Taxi 40min 90RMB Around

Show to the taxi driver:机场高速 -东四环 -在四环的 13 出口 (工

大桥出口 )转上辅路 -向前行驶至四方桥 -

在四方桥处向西转入双龙路 -在双龙路上向

前行驶至第二个红绿灯出向右转 -向前直行

150 米左右即可进入饭店西门

BUS 80min 23RMB Around

Beijing Subway Airport Express--Beijing Subway Line 10--Get off at JINSONG Station--Take bus 535、29、683 and get off at the south gate of BJUT or Songyudongli bus station

Airport bus Line 1+Taxi 50min 26RMB

AroundGet off at Panjiayuan --Take a taxi--Get off at the south gate of BJUT

NANYUAN AIRPORT


Show to the taxi driver: 南苑机场 -东南四环 -四方桥右转（至华威

桥）-双龙路 -工业大学南门

Airport bus 60min 36RMB Around

Take the line NANYUAN Airport to XIDAN--Get off at MUXIYUAN Station--Take a taxi--get off at the south gate of BJUT

TRAIN

BEIJING STATION

Subway+taxi 40min 17RMB Around

Take Beijing Subway Line 2--Get off at Jianguomen Station and transfer to Line1-Get off at Dabeiyao Station and transfer to Line10--Get off at JINSONG Station--Walk to the south gate of BJUT


Show to the taxi driver: 东二环 -光明桥左转 -西大望路 -南行至双

龙路 -北京工业大学南门

Bus 40min 2RMB Around

Option 1:Take Bus line 29--Get off at the South gate of SONGYUDONGLI--Walk to the south gate of BJUT Option 2:Take Bus line 674--Get off at the South gate of SONGYUDONGLI--Walk to the south gate of BJUT

BEIJING SOUTH

STATION

Subway+taxi 40min 17RMB Around

Take Subway line 4--Get off at XIDAN and transfer to line 1--Get off at GUOMAO and transfer to line10--Get off at JINSONG Station--Walk to the south gate of BJUT


Show to the taxi driver: 南三环 -华威桥右转 -- 北京工业大学南门

BEIJING WEST

STATIONTaxi 30min 60RMB

AroundShow to the taxi driver: 南三环 -华威桥右转 -- 北京工业大学南门



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For Chinese participants in Beijing

驾车路线：

四环：在东四环北向南方向的 12 或 13 出口（工大桥出口）转上辅路，向前行驶至四方桥，在四方桥处

向右转驶入双龙路，在双龙路上向前行驶至第二个红绿灯处向右转，向前直行 100 米左右即可进入工大

建国饭店西门。

Driving RouteTurn on the roads at No.12/No.13 exit (Gongda Bridge exit) which locates north to south direction on the 4th Ring Road, driving forward to the Sifang Bridge, turn right into Shuanglong Road, keep turning right until moving forward to the second traffic light, go straight ahead about 100 meters to go to west gate of Grand Gongda Jianguo Hotel.

停车信息：

进入酒店西门后，直接驶入地下车库或地面停车场（正门 10 个车位、北侧 15 个车位），在地下车库乘

观光电梯直达酒店三层宴会厅。

Parking InformationAfter entering the west gate of the hotel, drive directly into the underground parking garage or on the ground (there are 10 parking spaces at the main entrance, 15 parking spaces at the north side), the sightseeing elevator in the underground garage can take you directly to the ballrooms on the 3rd floor.

地铁站：

一号线八王坟站下车乘 973 路、852 路，605 路到松榆东里东门站或十号线劲松站下车乘 29 路、683 路

到 "松榆东里南门站 "或乘 535 路到 "松榆东里东门站 "即可到达。

Subway RouteTake Beijing Subway Line 1--Get off at Bawangfen Station--get on No.973/852/605 bus--Get off at Songyudonglidongmen Station. OR Take Beijing Subway Line 10--Get off at Jinsong Station--get on No.29/683 bus--Get off at Songyudonglinanmen Station or get off at Songyudonglidongmen Station by taking No.535 bus.



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Plenary speakers

Prof. John A. Rogers, University of Illinois at Urbana Champaign, USA “Flexible Electronics That Can Dissolve in Your Body”

Professor John A. Rogers obtained BA and BS degrees in chemistry and in physics from the University of Texas, Austin, in 1989. From MIT, he received SM degrees in physics and in chemistry in 1992 and the PhD degree in physical chemistry in 1995. From 1995 to 1997, Rogers was a Junior Fellow in the Harvard University Society of Fellows. During this time he also served as a founder and Director of Active Impulse Systems, a company that commercialized technologies developed during his PhD work. He joined Bell Laboratories as a Member of Technical Staff in the Condensed Matter Physics Research Department in 1997, and served as Director of this department from the end of 2000 to 2002. He currently holds a Swanlund Chair, the highest chaired position at the University of Illinois at Urbana/Champaign. He has a primary appointment in the Department of Materials Science and Engineering, with joint appointments in the Departments of Chemistry, Bioengineering, Mechanical Science and Engineering, and Electrical and Computer Engineering. He served as the Director of a Nanoscale Science and Engineering Center on nanomanufacturing, funded by the National Science Foundation, from 2009-2012. He is currently Director of the Seitz Materials Research Laboratory.

Kazumasa Nomoto, Senior General Manager of Device Development Division in Sony, Japan

“Bendable, Rollable and Printed Displays”

Kazumasa Nomoto,Senior General Manager of Device Development Division in Sony,JapanKazumasa Nomoto received Ph.D. degrees in physics from Keio University, Japan in 2000.In 1991, he joined Sony Corporation. His research activities has been concerned quantum dot, semiconductor nonvolatile memory，TFTs，flexible e-Papers and OLED displays. From 1998 to 1999, he was a visiting scholar at Massachusetts Institute of Technology, Cambridge, MA. He is currently Senior General Manager of Device Development Division in Sony,Japan.

Andrea C. Ferrari ,University of Cambridge“Graphene inks for transparent electronics”

Andrea Ferrari is Professor of Nanotechnology and Royal Society Wolfson Research Merit Award Holder. He is the Director of the Cambridge Graphene Centre and Head of the Nanomaterials and Spectroscopy Group at the University of Cambridge Engineering Department and Nanoscience Centre. He is Professorial Fellow of Pembroke College.Mrs Karen Smith is the PA to Prof. Ferrari and NMS Group Administrator. Please include her in cc in any enquiries.



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Yong Cao“Water/Alcohol Soluble Conjugated Polymers for Interface Modification in All-printable Polymer Optoelectronic Devices”

Yong Cao appointed as Professor in the College of Materials Science, Institute of Polymer Optoelectronic Materials and Devices at the South China Unversity of Technology, China since 1999. He obtained his Bachelor Degree in Chemistry in former Leningrad University (Russia) and PhD degree at Tokyo University. He was previously: Professor at Institute of Chemistry, CAS, 1986-1988; visiting scientist at Institute of Polymer and Organic Solids, University of California, Santa Barbara, 1988-1990, senior scientist at Uniax Corporation(Santa Barbara), 1990-1999. His current research interest includes optoelectronic conjugated polymers and devices.

Sang-Yoon Lee ,Senior Vice President，Samsung Electronics“The Future Prospect and challenges of Printed Electronics”

Dr. Sangyoon Lee is currently Senior vice president and general manager of Organic Materials Lab. at Samsung Electronics. He obtained his Ph.D. degree in Materials Science and Engineering from Stanford University in 1998. He Joined Samsung Advanced Institute of Technology in 2002, where he led developments of various technologies related to next generation display including flexible full color E-paper, Printable display, foldable AMOLED, Ultra-definition LCD, and so on. He currently serves as the National Project leader of ’the total solution for printed electronics’ Project (from July 2012). His current research interests include organic electronics, flexible and stretchable electronics, and organic sensors.

Professor Jianhui Hou“Progress and challenges of molecular design for highly efficient photovoltaic polymers”

Dr. Jianhui Hou is a professor in Institute of Chemistry, Chinese Academy of Sciences (ICCAS). In 2006, Dr. Hou got his PhD degree at ICCAS; during 2006-2008, he worked at UCLA as the postdoctoral researcher; during 2008-2010, he worked in Solarmer Energy Inc. as the Director of the research division. At the end of 2010, he joined ICCAS and built a research team. His research focuses on organic photovoltaic materials. Two of his major interests: (a) Design and synthesis of new conjugated polymers towards the applications in highly efficient polymer solar cells; (b) Improving photovoltaic performance of polymer solar cells by morphology control. In the past few years, he has co-authored over 100 papers on peer-reviewed journals and 15 patents. His work has been cited ~ 9,000 times, and his H-index is 39.

Professor Gyoujin Cho“Roll-to-roll gravure printing for printed electronics”

Dr. Gyoujin Cho is currently professor in Department of Printed Electronics Engineering at Sunchon National University, Korea. Professor Cho received his Ph.D. in Chemistry from the University of Oklahoma in 1995. Since 1996, he has been a professor in Chemical Engineering, Sunchon National University. He is the chair of Regional Innovation Center in Sunchon National University since 2005, and the chair of Research Consortium for Developing Roll to Roll Printed RFID Tags since 2007. Since 2002, he has focused his research on printed electronics and successfully demonstrated all gravure printed 13.56 MHz operated 4 bit RFID tags. Recently, he is director of the research consortium for developing all R2R printed RFID tags.

Master Class speakers



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Professor Chung Hwan Kim“Development of printing machines for printed electronics”

Prof. Chung Hwan Kim obtained his Ph.D. degree in Mechanical Engineering of KAIST(Korea Advanced Institute of Science and Technology) in 2003. After graduation he joined Samsung Electronics and worked as a senior researcher in Printing division in 2003-2005. Then he joined Nano-Mechanical Systems Research Division at Korea Institute of Machinery and Materials (KIMM), and had been working for development of printing machines for printed electronics from 2005 to 2010. Since 2010, he has been working with Chungnam National University as an associate professor in Department of Mechanical & Metallurgical Engineering Education. Meanwhile he is working as the Convener of Working Group 4 (Printability) of international standardization for Printed Electronics, IEC TC119. His main research interests are design and control of printing machines, and measurement and improvement of printability in printing process.

Professor Xiaojun Guo“Design of Thin-Film Transistor Circuits for Flexible and Printed Electronics Applications”

Dr. Guo received the BA degree in electronic engineering from Jilin University, China, in 2002, and the Ph.D. degree in electronic engineering from University of Surrey, Guildford, UK, in 2007. His PhD research was on system-on-panel integration with low-temperature polycrystalline thin-fi lm transistors. He continued his stay at University of Surrey for one more year as a postdoc Research Fellow, working on organic transistors and circuits. Before joining Shanghai Jiao Tong University in Aug. 2009, he had been working in Plastic Logic Ltd., Cambridge, UK, on research and development of printed polymer thin-film transistor backplanes for flexible displays. His current research interests include thin-fi lm transistors and circuits based on soluble semiconductors, and fl exible integrated electronics for wearable and low-cost sensing. He has authored or co-authored more than 50 technical papers in international journals and conference proceedings. He is Associate Editor of IEEE/OSA Journal of Display Technology, Member of SID Active Matrix Device Committee and AdCom Member and Organic Electronics Committee Member of IEEE Electron Device Society.

Invited session 1

Klaus Hecker is Managing Director of the OE-A (Organic and Printed Electronics Association) at VDMA since 2005. He joined VDMA in Frankfurt, Germany, in 2003 as project manager for the planning of a OLED-pilot-production, where he was responsible for technology evaluation, research planning and public funding. Before his affi liation with VDMA, Klaus Hecker worked at the Institute of Microtechnology Mainz GmbH (IMM), responsible for the flat panel display projects and the preparation and build-up of the German Flat Panel Displayforum (DFF). He received his doctorate degree in solid state physics in the fi eld of electrical transport in nanostructured metallic and superconducting systems from the University of Cologne, Germany.

Title of presentation: OE-A roadmap on organic and printed electronics (OE-A, Klaus Hecker)

Dr Xiaoxi He is a technology analyst with IDTechEx. She has a background in emerging technologies including organic electronics. She obtained her PhD degree in Cavendish Laboratory, University of Cambridge. Prior to that, she worked at Ulm University, Germany, where she got her master degree. With a strong technical background, she is familiar with both the preparation and characterisation of organic solar cells and has extensive experiences in organic/printed electronics. Dr He has involved in a broad range of topics at IDTechEx, leveraging her technical background, language skills and an alytical thinking.

Title of presentation: Printed, Organic and flexible Electronics: Technology, Markets and Players

Invited speakers



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Invited session 2

Yunqi Liu was born in Jiangsu province, China in 1949. He graduated from the Department of Chemistry, Nanjing University in 1975, and received a doctorate from the Tokyo Institute of Technology, Japan in 1991. Presently, he is a Professor in the Institute of Chemistry, Chinese Academy of Sciences, China. His research interests include design and synthesis of molecular materials, including p-conjugated small molecules, polymers, and graphenes, fabrication of related devices, including field-effect transistors and molecular electronics, and investigation of their electronic properties. He has published over 500 peer-reviewed papers with more than 11,000 citationsand an h-index of 62. He edits one book and also is co-author of 18 book chapters and co-inventor on over 60 patents. His achievements have been recognized with several awards including the 2007 National Natural Prize. He was named as one of the “Highly Cited Researchers” by Thomson Reuters in 2014.

Title of presentation: Solution-Processed High-Performance Organic Field-Effect Transistors

Dr. Mingqian He is a Senior Research Associate and Research Manager of Corning Incorporated. He finished his PhD in 1995 and joined Corning in 1998 after finished his postdoctoral fellowship from University of Southern California. Dr. He is an expert in the design, synthesis and property –structure relationships of organic nonlinear optical materials, organic semiconducting materials and conjugated organic systems. Mingqian has more than 45 US patent applications and has been granted 25 U.S. patents so far. Dr. He has also authored more than 80 publications, presented numerous invited talks and conference presentations in international and national conferences.

Title of presentation: Organic Semiconductor Materials, Substrates and Patterning

Invited session 3

Yonggang Huang is the Joseph Cumming Professor of Mechanical Engineering and Civil and Environmental Engineering at Northwestern University. He has established mechanics models for advanced technology, and has published 1 book and more than 400 journal papers and book chapters, including journals Science (2006, 2008, 2009, 2010, 2011, 2012, 2013, 2014) and Nature (2008, 2013). His recent awards include the Larson Award in 2003, Melville Medal in 2004, Richards Award in 2010, and Drucker Medal in 2013, all from ASME; Young Investigator Medal from the Society of Engineering Sciences in 2006; International Journal of Plasticity Medal in 2007; Guggenheim Fellowship from the John Simon Guggenheim Foundation in 2008; and ISI Highly Cited Researcher in Engineering in 2009 and ISI Highly Cited Researcher in Materials Science in 2014. He is the Editor-in-Chief of Theoretical and Applied Mechanics Letters, Editor of Journal of Applied Mechanics (Transactions of the American Society of Mechanical Engineers), and President of the Society of Engineering Sciences.

Title of presentation: Mechanics of Stretchable Electronics

Keon Jae Lee is an associate professor in Dept. of Materials Science and Engineering at KAIST since 2009. He earned the Ph.D degree from University of Illinois at Urbana Champaign, IL, in 2006. His current research interests are flexible and nano devices for bio, energy and electronic applications. He has co-authored over 40 SCI papers in journal including Science, Nature Materials, Nano Letters, Advanced Materials, ACS Nano, Adv. Energy Mater., Adv. Func. Mater., Small, Appl. Phys. Lett., Nano Energy etc. Also he has filed ~120 patents in the field of flexible and nanoelectronics and more than 40 of these are licensed.

Title of presentation: Self-Powered Flexible Electronic Systems



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Invited session 4

Dr. Xiuqi Huang is currently the CEO of R&D Center of Visionox Group and Kunshan New Flat Panel Display Technology Center (KSFPD). He obtained his Ph.D. in Material Physics and Chemistry from Institute of Semiconductors, Chinese Academy of Sciences. After graduation, he joined Samsung group and worked as a senior engineer in Samsung Electronics and Samsung Mobile Display, focusing on the R&D of AMOLED technology. In 2009, he came back to China and started his post-doctoral research at Tsinghua University. Then, He joined Visionox Group and participated in setting up KSFPD and was responsible for establishing the first G2.5 AMOLED pilot line in Mainland China and leading the R&D team of AMOLED technology. From 2010 to 2012, his team successfully developed several small/middle size full-color AMOLED panels and the first 12” AMOLED TV in Mainland China. In 2013, they also developed the first flexible AMOLED panel in Mainland China.

Title of presentation: Latest Progress of OLED Flexible Display in Mainland China (Xiuqi Huang)

Dr. Wang is the deputy general manager of Guangzhou New Vision Optoelectronic Technology Co. Ltd. (NVO), and an associate research fellow at South China University of Technology (SCUT). Dr. Wang and his team are working on active matrix organic light emitting diode (AMOLED) technologies, including new metal oxide semiconductor materials, high-performance oxide thin-film transistor device and process, OLED materials and devices, and so on. Dr. Wang and his team have successfully developed the first full color AMOLED demo (2011) and the first full-color flexible AMOLED demo (2013) in China.

Title of presentation: Oxide Thin Film Transistors for Flexible Displays

Invited session 5

Professor Ravi Silva BA MA PhD FREng CEng CPhys FIEE FInstP FRSA is the Director of the Advanced Technology Institute (ATI) at the University of Surrey and heads the Nano-Electronics Centre (NEC), which is an interdisciplinary research activity. The ATI has over 160 researchers working in interdisciplinary teams to address some of the grand challenges faced by humanity. The NEC has over 50 researchers, and is one of the leading laboratories in carbon based electronics worldwide. His research has resulted in over 450 presentations at international conferences, and over 420 archival journal papers. He is the inventor of 25 patents, including a key patent on low temperature growth of carbon nanotubes, and fabrication of large area nanotube-organic solar cells. The research conducted has already resulted in two spin out companies backed by VC funding. He is a Fellow of the Royal Academy of Engineering, UK and was elected a Fellow of the National Academy of Sciences Sri Lanka. He has over 10,000 citations and a Google h-factor>50.

Title of presentation: Organic-Inorganic Hybrid Technologies for Multifunctional Platforms

Jie Zhang received the B.S. degree in Mechanical Engineering from Chongqing University (China), and the M.S. and Ph.D. degrees in Mechanical Engineering from the University of Illinois at Chicago (USA). She is a Senior Scientist at the Institute of Materials Research and Engineering at A*STAR in Singapore. She is managing SERC’s Printed Electronics program to develop advanced material system, device fabrication and characterization, and prototype capabilities. Previously at Motorola, she was Principal Staff Engineer and managed core technology group for the large area flexible electronics technology and commercialization. She led the team fabricated the first all printed logical circuits in 2004 and the first all-printed active matrix flexible display module using conventional graphic arts printing technologies in 2008. She also has extended experience in advanced microelectronics package process and reliability evaluation for wireless communication devices. Dr. Zhang has received 18 US patents.

Title of presentation: Nanotechnology for printed electronics



2014

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Invited session 6

Dr. Raimo Korhonen received the M.Sc. degree in electronics in 1982 from Oulu University and Doctor’s degree from Technical University of Tampere in 1992. From 1983 to 1999 he worked in Valmet Automation in development and management of development for distributed automation systems and paper quality measurements. From 2000 to 2004 he was leading Printed Electronics Project in Metso Corporation covering areas of embossed diffractive optics, printed electrical structures and printed sensors. From 2004 to 2007 he was Chief Technology Officer of Avantone Oy. He was leading Avantone developments that covered embossed diffractive optics and printed electrical codes. From 2007 to 2008 he was Chief Technology Officer of Nicanti Oy leading Nicanti developments that covered printed electrical codes, their printing and electrical reading devices. Since 2008 he has been working in VTT in printed intelligence research, lately as head of research area for printed and hybrid functionalities. His research interests cover widely printed and hybrid technologies and commercialization of technologies.

Title of presentation: Applications of printed and hybrid technologies at VTT

Dr. Toshihide Kamata received a PhD from Kyoto University in 1991. He joined National Institute of Advanced Industrial Science and Technology (AIST) in 1992. He had been a researcher at Max-Planck Institute for Solid State Research from 1995 to 1996. He is currently a Director of Flexible Electronics Research Center of AIST, and Professor of University of Tsukuba. He is also a Director of the R&D division of JAPERA. His research interest is in the printed electronics, flexible electronics and display technology. He is managing research projects concerning the development of flexible-printed devices for displays, tags and sensors. He is also engaged in the works for international standardization of printed electronics and display devices.

Title of presentation: High performance printing techniques for flexible device fabrication

Invited session 7

Simon Ogier has worked in the development of organic semiconductors for over 12 years. In his current role at the CPI he has been instrumental in the establishment the UK’s National Printable Electronics Centre. Simon was involved the specification and procurement of equipment sets for large scale TFT and OLED/OPV fabrication. In addition he has been leading a team of 10 scientists developing proprietary high performance organic semiconductor formulations suitable for flexible OLED display backplanes.

Title of presentation: Highly Flexible Organic Transistors for Display and Logic Applications

Dr. Jiyoul Lee is currently an assistant professor in the Department of Graphic Arts Information Engineering, Pukyong National University, Busan, S. Korea. He received bachelor’s degree in Metallurgical Engineering and Ph. D. degree in Applied Physics from Yonsei University (Seoul), in 2001 and in 2006, respectively. From 2006 to 2008, he was a Postdoctoral Research Associate in the Department of Chemical Engineering and Materials Science, University of Minnesota, Minneapolis, MN. Then, in 2008, he joined Samsung Advanced Institute of Technology (SAIT) as a Research Staff Member to work on flexible display backplane driven by printed organic semiconductor based thin-film transistors. From 2013 to 2014, he had been a Senior Researcher in Holst Centre / TNO, Eindhoven, the Netherlands, where he was mainly involved in the project for organic and oxide transistors on flexible plastic foil. His research interests include thin-film technology and devices based on nanomaterials as well as organic and metal-oxide materials for various applications in large-area and flexible electronics, including circuit, displays, and sensors, etc. He has authored or co-authored more than 40 peer reviewed publications and 20 patents.

Title of presentation: Doubling data storage density of solution processed organic ferroelectric memory diode arrays



2014

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Invited session 8

Dr. Yen Wei is Chair Professor of Chemistry and Director of the Tsinghua Center for Frontier Polymer Research at Tsinghua University in China. He received his undergraduate diploma (1979) and MS (1981) at Peking University, and PhD at City University of New York (1986). After postdoctoral work at MIT, he joined Drexel University in 1987 as Assistant Professor, where he became DuPont Associate Professor in 1991, Full Professor in 1995 and Herman B. Wagner Professor of Chemistry in 2004. He has co-authored 631 articles (over 16000 citations; H-index: 61). He joined Tsinghua University in November 2009 as “Thousand-Talents Program” Chair Professor. His current research focuses on polymers and nano-materials for bioscience, biomedicine,energy and printing technology.

Title of presentation: Printable Electroactive Oligomers for Opto-Electro-Biomedical Applications

Prof. Yanlin Song received his Ph.D. degree from the Department of Chemistry at Peking University in 1996. Then he conducted research as a postdoctoral follow in the Department of Chemistry of Tsinghua University from 1996 to 1998.Nowhe is the director of Key Lab of Green Printing, Chinese Academy of Sciences. He has published more than 230 academic papers, 6 books and chapters, and has been granted more than 50 patents. He won the First Prize of Beijing Science and Technology Award in 2004, the Second Prize of National Natural Science Award in 2005 and 2008, the National Science Fund for Distinguished Young Scholars, the Prestigious Chinese Chemical Society-Akzo Nobel Chemistry Award, etc..

Title of presentation: Fabrication and Applications of Nanoparticles for Printed Electronics and Photonics

Invited session 9

Dr. Muhammad Mustafa Hussain ( PHD, University of Texas at Austin, Dec 2005) is an Associate Professor of Electrical Engineering in KAUST. Before joining KAUST in Aug 2009, he was Program Manager of Novel Emerging Technology Program at SEMATECH, Austin, Texas. His program was funded by DARPA NEMS , CERA and STEEP programs. A regular panelist of US NSF grants reviewing committees, Dr. Hussain is the Editor-in-chief of Applied Nanoscience (Springer) and an IEEE Senior Member since February 2010. He has 15 issued an pending US patent applications. His students have won numerous research awards including DOW Chemical SISCA Award 2012, World Intellectual Property Indicator 2012. Dr. Hussain is an IEEE Electron Devices Society Distinguished Lecturer and a Fello2 of Institute of Nanotechnology ,UK.

Title of presentation: From Traditional Nano-scale CMOS To Transformational Flexible Nanoelectronics and Systems

Prof. Tian-Ling Ren is a full professor with the Institute of Microelectronics, Tsinghua University, since 2003. He has been a visiting professor at Electrical Engineering Department, Stanford University, from 2011 to 2012. His researches mainly focus on novel micro/nano-electronic devices and key technologies, including nonvolatile memories, RF devices, MEMS, and flexible electronics. His main contributions are that he has developed the new integration methods for novel material-based micro/nano device and circuit applications. He has published over 300 journal and conference papers and holds over 40 patents. He has been an elected Member at Large, and Distinguished Lecturer of IEEE Electron Devices Society. He is also a Council Member of Chinese Society of Micro/Nano Technology. For these years, he has been the technical committee member for several leading international conferences, including International Electron Device Meeting, and Device Research Meeting.

Title of presentation: Wafer-scale Flexible Laser Scribed Graphene-based Devices (Tianling Ren)



2014

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Invited session 10

Dr. Junyou Pan graduated from Zhejiang University in Material Science, and got Ph.D in Physics at the University of Bayreuth Germany in 2000. He worked for EPCOS (Siemen AG) as product manager in Surface Acoustic Wave Component Division for 3 years. Then he joined Merck KGaA as the head of laboratory, responsible for new OLED materials for more than 10 years. Now he is the duty chief engineer in TCL Corporate Research, responsible for development on printed OLED materials and process. So far he has published more than 10 papers in peer-reviewed journals, and applied patents more than 70 families.

Title of presentation: Printed OLED Materials: Issues to be solved

Hideyuki Murata received his Ph.D. in materials science at Kyushu University, Japan in 1992. He joined Mitsui Petrochemical Industries in1992 and moved to Naval Research Laboratory, USA in 1996. He was appointed as senior lecturer in the Department of Chemistry, Imperial College London, UK in 2001. He returned to Japan as an associate professor at Japan Advanced Institute of Science and Technology in 2002 and was promoted to professor in 2009. Murata’s research focuses on the molecular electronic materials and their application to electronic devices, including OLEDs, organic PV, organic FET and organic memories. (NONE)

Title of presentation: Degradation Analysis of Organic Light Emitting Diodes Based on Thermally Activated Delayed Fluorescence

Invited session 11

Dr. Shinichi Nishi obtained his doctor degree in applied chemistry at Tohoku University in Sendai Japan in 1980. He entered Konica and worked in the field of LCD and developed the jisso technologies of electric devices, and inkjet head. In 2011 he joined JAPERA and has been developing production technologies of printed electronics in organic TFT array film. He is a Fellow of Imaging Society of Japan.

Title of presentation: Automated Continuously-Manufacturing Line for All-Printed TFT-Array Flexible Film

Tai-Min Lee had his PhD in mechanical engineering at Korea Advanced Institute of Science and Technology (KAIST) in 2002, a Post Doc. Associate at the Micro & Nano System Laboratory, Massachusetts Institute of Technology (MIT), Boston, U.S.A. between 2002 and 2003, then joined Korea Institute of Machinery and Materials (KIMM). He is now the head of Dept. of Printed Electronics at KIMM. His research interests lie in the fields of printing process and equipment development for printed electronic devices, sensors, and actuators such as LCD parts, flexible display, battery, solar cell, and bio-sensor. Since 2013 he is the Convener of IEC-TC119 (Printed Electronics) working group 3 (Equipment)

Title of presentation: Offset Printing Process and Equipment for 1um Pattern Width Printing



2014

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Invited session 12

Shizuo Tokito was born in Miyazaki, Kyushu, Japan in 1958. He received a Master’s and Ph. D. degrees in engineering from the Graduate School of Engineering and Materials Science at Kyushu University, Japan, in 1985 and 1987 , respectively . In 1987, he became an Assistant Professor at Kyushu University. From 1990 to 2001, he was a Senior Research Engineer of Toyota Central Research and Development Laboratories Inc. In 2001 , he joined the Science & Technology Research Laboratory at NHK( Japan Broadcasting Corporation) as a Senior Research Scientist and later became a Director of Display & Functional Devices. He is currently a Distinguished Professor and Deputy Director at the Research Center for Organic Electronics (ROEL) , Yamagata University, since 2010. His research interests are in printed and organic electronics , including materials , electronic devices and fabrication process technologies. He has published more than 200 scientific papers and articles in the field of organic and printed electronics.

Title of presentation: Fully printed OTFT devices and integrated circuits on plastic film substrates

Jun-ichi Hanna is a professor in Imaging Science and Engineering Laboratory of Tokyo institute of Technology. He obtained BS and MS degrees from department of chemistry from Tokyo Institute of Technology in 1974 and 1976, respectively. He shifted his research field to materials science for imaging in 1977. Since then, he has studied semiconductor thin films for large-area electronic devices including amorphous and low-temperature polycrystalline thin films on glass substrates and liquid crystals as a self-organizing molecular semiconductors. He is one of the pioneers for application of liquid crystals as an organic semiconductor.

Title of presentation: Liquid crystals for organic field effect transistors -How we can utilize the liquid crystallinity in device fabrication and device performance?

Invited session 13

Dr. Kyung-Tae Kang is the Director of Center for Advanced Printed Electronics, Korea Institute of Industrial Technology (Chonan & Ansan, Korea), involved in environment-friendly electronic component manufacturing system development using printed electronics technologies such as inkjet, screen printing, laser processing for printed flexible circuit board(FPCB), organic light emitting diode(OLED), organic solar cell. He is the Secretary of TC-110 of International Electrotechnical Commission (IEC), involved in standardization of printed electronics

Title of presentation: A study on solution processed OLED lighting device by non-contact printing techniques (KANG, Kyung-Tae)

Dr. Hu received PhD from National Chiao-Tung University, Taiwan in 1997. He has been worked atITRI for 17 years. As the director of flexible electronics division of electronics and optoelectronics research laboratories, he led the flexible electronics project.Under the project, .”paper thin speaker” and “large area pressure sensor” won 2009 and 2010 technology innovation award of Wall-street journal, respectively. For recent three years, touch panel by R2R technology and OLED lighting are the new focuses. In mean time, flexible electronics pilot laboratories are remodeled as the platform for the industrial participation and incubating the prototype for commercialization.

Title of presentation: Flexible electronics development in ITRI



2014

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Invited session 14

Shlomo Magdassi is a professor of applied chemistry, at the Institute of Chemistry and the Center for Nanoscience and Nanotechnology at the Hebrew University of Jerusalem, Israel. His research focuses on colloid science, and in particular on formation and applications of novel micro and nanomaterials. Among these subjects, he studies multi-component formulations which can be used as delivery systems and as functional printing and coatings. These materials are applied in printed electronics, for example in electroluminescent devices , solar cells and thermosolar power plants. He is the author of over a hundred and seventy publications, and the editor of three books: The Chemistry of Inkjet Inks, Surface Activity of Proteins, and Novel Cosmetic Delivery Systems. He also has more than 60 inventions, which are related to applications of dispersed systems in various industries. In addition to basic scientific research he conducts industrial R&D projects with various companies, such as in solar energy, cosmetics, pharmaceutics and digital printing, and is involved in establishing several start-up companies. Several products based on his inventions are sold worldwide, for example ceramic inks for digital printing.

Title of presentation: Nanomaterials for printed electronics: from basic science to applications

Xiachang Zhang got his Doctor degree of Technology in 1995 from Helsinki University of Technology. He has experiences in the bioprocess, biological fuel cell, and low power source development for 20 years. He together with others established Enfucell Ltd. 2002 to develop the thin flexible power source for low current electronic device. He is the inventor of SoftBattery, which made Enfucell as Technology Pioneer 2007 by World Economic Forum. He got an award as one of the 10 most influential international Chinese 2006 organized by PhoenixTV and other 9 big Chinese media in the world. He managed two EU projects and many Finnish projects during the past ten years. He established Kunshan Printed Electronics Ltd in China 2011 and is working with many national projects now and He is an honorary professor in many Chinese Universities. He was nominated as one of thousand-talent experts by Chinese government in 2013.Title of presentation: Paper Battery and its Application in Sensor RFID Tag

Instruction for Oral Presentation ·General Oral presentations are limited to 20 minutes, including 5 minutes for questions and answers. ·Standard audiovisual equipments will be provided in each session room, including Laptop computer, LCD projector, screen and microphone. All oral presentations should be performed using the session room’s computer. You will need to transfer your presentation documents to the session room’s computer prior to the start of your session.

Instruction for Poster Presentation ·The poster session will take place on Tuesday 22 October from 16:00-18:00PM. This includes the time to meet conference participants and answer questions. It will be the ONLY time that your poster will be on displayand that other conference members will be able to see it. It will be an interactive session, so come ready to talk to your “viewer”, and to answer questions!

·Posters will be grouped in topic areas and paper numbers (e.g. P-301) will be placed on poster boards; Please find your paper number and put up your poster in the designated spaces on the 3rd floor of Grand Gongda Jianguo Hotel.

·Poster stands and Blue tacks for mounting will be provided during the conference Poster Session. The displayable area is 4 feet wide and 4 feet high (in meters). We suggest a poster size of 3 feet wide x 4 feet tall (in meters), portrait style. Posters may be assembled from individual pages or a large poster sheet.

·Do not mount your poster on foam core/board. Each poster presentation must have at least one author present at the conference poster session. AV equipment is not permitted in the poster session area. You will be sharing a poster stand with a neighboring author, so please do not go over the size limit. You will have an assigned poster stand on which to display your work. ·Remove your poster from the poster stand after the poster session -- Posters left on the stands will be discarded. We do not collect posters before or after the conference.



2014

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PROGRAM SCHEDULEICFPE2014 program schedule (Overview)

Oct. 20

13:30 – 15:30 Master Class 1, 2 Master Class,Grand ball room 3

Registration 3rd floor of Grand Gongda Jianguo Hotel15:30 – 16:00 Coffee break

Foyer

16:00 – 18:00 Master Class 3, 4 Master Class,Grand ball room 3

Oct. 21

8:30 – 10:30 Plenary talk 1, 2 Auditorium of BJUT

10:30 – 11:00 Coffee break Foyer

11:00 – 12:00 Invited session 1 Grand Ball Room 1

Invited session 2 Grand Ball Room 2


Invited session 4 Peony Room

Invited session 5 Hibiscus Room

12:00 – 13:30 Lunch break

13:30 – 15:30 Oral session 1 Grand Ball Room 1

Oral session 2 Grand Ball Room 2


Oral session 4 Peony Room

Oral session 5 Hibiscus Room

Exhibition Foyer15:30 – 16:00 Coffee break


Oral session7 Grand Ball Room 2




19:00 – 21:00 Conference reception SHIMANTOGAWA

Oct. 22

8:30 – 10:30 Plenary talk 3, 4 Auditorium of BJUT






Invited session 10 Hibiscus Room



Oral session12 Grand Ball Room 2




Exhibition Foyer15:30 – 16:00 Coffee break

Foyer

16:00 – 18:00 Poster session Foyer

19:00 – 21:00 Conference banquet Grand Ball Room

Oct. 23

9:00 – 10:00 Plenary talk 5 Auditorium of BJUT

Exhibition Foyer











End of conference

* Auditorium of BJUT: Plenary talk* Beijing Grand Gongda Jianguo Hotel: Invited session/Oral session/Poster session/Exhibition/Conference reception/Banquet



2014

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ICFPE2014 program schedule (Detail)

Oct 20 , Mondey ,Day 1(1/4)

Oct. 20

13:30 –14:30"Progress and challenges of molecular design for highly efficient photovoltaic polymers" Dr. Jianhui Hou (Master Class,Grand ball room 3)

Registration(3rd floor of Grand Gongda Jianguo Hotel)

14:30 – 15:30"Roll-to-roll gravure printing for printed electronics" Professor Gyoujin Cho(Master Class,Grand ball room 3)

15:30 – 16:00 Coffee break(Foyer)

16:00 – 17:00"Development of printing machines for printed electronics" Prof. Chung Hwan Kim Class,Grand ball room 3)

17:00 – 18:00"Design of Thin-Film Transistor Circuits for Flexible and Printed Electronics Applications"Professor Xiaojun Guo(Master Class,Grand ball room 3)

Oct 21 , Tuesday ,Day 2(2/4)

Oct. 21

8:15 – 8:30 Conference opening (Auditorium of BJUT)

8:30 – 9:30"Flexible Electronics That Can Dissolve in Your Body" Professor John A. Rogers(Plenary talk 1 Auditorium of BJUT) Chair: Zheng Cui

9:30 – 10:30“Bendable, Rollable and Printed Displays” Dr. Kazumasa Nomoto (Plenary talk 2 Auditorium of BJUT ) Chair: Zheng Cui


Invited session 1 Grand Ball Room 1 (Chair: Raimo Korhonen)

Invited session 2 Grand Ball Room 2 (Chair: Simon Ogier)

Invited session 3 Grand Ball Room 3 (Chair: Takao Someya)

Invited session 4 Peony Room (Chair: Kyung-Tae KANG)

Invited session 5 Hibiscus Room (Chair: Xiaojun Guo)

11:00 – 11:30OE-A roadmap on organic and printed electronics (OE-A, Klaus Hecker)

Solution-Processed High-Performance Organic Field-Effect Transistors (Yunqi Liu)

Mechanics of Stretchable Electronics (Yonggang Huang)

Latest Progress of OLED Flexible Display in Mainland China (Xiuqi Huang)

Organic-Inorganic Hybrid Technologies for Multifunctional Platforms (Ravi Silva)

11:30 – 12:00

Printed, Organic and flexible Electronics: Technology, Markets and Players (IDTechEx, Xiaoxi He)

Organic Semiconductor Materials, Substrates and Patterning (Mingqian He)

Self-Powered Flexible Electronic Systems (Keon Jae Lee)

Oxide Thin Flim Transistors for Flexible Displays (Lei Wang)

Nanotechnology for printed electronics (Jie Zhang)


Photovoltaic (1) Grand Ball Room 1 (Chair: Changqi Ma)

Organic TFT (1) Grand Ball Room 2 (Chair: T. Kamata)

Printing process (1) Grand Ball Room 3 (Chair: Chung Hwan Kim)

Flexible sensor (1) Peony Room (Chair: Keon Jae Lee)

OE-A special session Hibiscus Room (Chair: Klaus Hecker)

Exhibition (Foyer)



2014

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Oct. 21

13:30 – 13:50

[O-311] Efficient polymer solar cell using in situ fabricated CuS as anode modification layer Dr.Hongwei Lei(Wuhan University,China)

[O-254] Amorphous polymer source-gated transistors through digital lithography Dr.Radu A. Sporea (University of Surrey,United Kingdom)

[O-433] Precision Measurement of Pattern Registration Accuracy in Printed Electronics Dr.Byung Oh Choi(Advanced Manufacturing System Division, Korea)

[O-291] Carbon Nanotube/Graphene based Flexible Sensors & Actuators Prof.Wei Chen(Suzhou Institute of Nano-Tech and Nano-Bionics, Chinese Academy of Sciences,China)

[O-283] Patterning and Thin Film layer application methods for Printed Electronics Mr.Thomas Kolbusch(Coatema Coating Machinery GmbH,German)

Exhibition (Foyer)

13:50-14:10

[O-356] Halogen-Free Solvent Processing for Sustainable Development of High Performance Polymer Solar Cells Prof. Hin-Lap Yip(South China University of Technology,China)

[O-318] Highly Stable Organic Thin-Film Transistor Backplane Fabricated On Gorilla Glass Substrates Dr.YingtaoXie(Shanghai Jiao Tong University, China)

[O-199] Thickness uniformity improvement of inkjet printed PEDOT and organic light-emitting films Prof.Yanchun Han(Changchun Institute of Applied Chemistry, Chinese Academy of Sciences,China)

[O-333] Electric-field Assisted Hydrothermal Growth of ZnO Nanorods on Flexible Polyimide Substrate and Their Strain Sensing Applications Prof. Rong Zhu(Tsinghua University, China)

[O-511] Digital Fabrication - smart systems manufacturing based on printing Prof. Reinhard R. Baumann(Germany)

14:10-14:30

[O-284] Interface Materials and Solution Stability for Solution-Processed Organic Photovoltaics Prof. Junliang Yang (Central South University, China)

[O-354] Static and Dynamic Properties of C10DNTT-based Unipolar Logic with Coplanar Device Structure Dr.Tung-Huei Ke(Interuniversity Microelectronics Centre,Belgium)

[O-343] Viscoelastic finite element analysis of roll transfer of heterogeneous devices onto flexible substrate by using cohesive elements with multi-element interaction Mr.Si-Young Park(University of Ulsan, Korea)

[O-426] Fabrication of Transparent Photodetectors with Direct Printing Method Mr.Shih-Pin Chen(National Taiwan University, Taiwan)

[O-512] Printed functional anodes for OLED Lighting and OPV to reduce cost and manufacturing complexity Prof. Armin Sautter(Germany)

14:30-14:50

[O-313] Printed transparent top electrodes for organic solar cells Dr. Jian Lin(Suzhou Institute of Nanotech and nano-bionics, Chinese Academy of Sciences,China)

[O-255] Solution-Based Organic/Metal-Oxide Complementary Logic with Megahertz Operation Mr.Vincenzo Pecunia(University of Cambridge,United Kingdom)

[O-430] Flexible Multi-color Electrochromic Device via Inkjet Printing Process Mr.Bo-Han Chen(National Taiwan University,Taiwan)

[O-218] Flexible Pressure Sensor Based on Silver Nanowire Networks Mr.Jun Wang(Osaka University, Japan)

[O-513] Transferring Photonic Curing Processing from R&D to Production: Equipment, Processing, and Characterization Dr. Vahid Akhavan (USA)



2014

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Oct. 21

14:50-15:10

[O-527] World Standardization Effort in Printed Electronics Marc Carter and Jie Zhang( IPC, Bannockburn, Illinois USA)

[O-495] Naphthalene Diimides-Based n-Type Organic Semiconductors towards Printed Electronics: Molecular Design and Synthesis Prof. Xike Gao( Shanghai Institute of Organic Chemistry, Chinese Academy of Sciences,China)

[O-504] Novel Fabrication Method of Roll Based Transparent Imprinting Mold For Flexible Display Mr. Yun-Ho, KOOK(LG Display Co., Ltd., Korea)

[O-309] Kilometer long piezoelectric PVDF nanoribbon arrays for flexible energy harvesting and sensing applications Mr.Mehmet Kanik(Bilkent University, Turkey)

[O-514] Innovations on Nanomaterials & Processes for the low-cost fabrication of flexible organic photovoltaic cells Prof. Stergios Logothetidis(Greece)

Exhibition (Foyer)

15:10-15:30

[O-475] Towards Zero Defects- Novel In-line Cleaning of Process Rollers Ms. Sheila Hamilton（Teknek Limited ，United Kingdom）

[O-214] Fluorinated Electroactive Polymers for Printed Electronic Dr.Fabrice Domingues dos Santos(Piezotech,France)


Photovoltaic (2) Grand Ball Room 1 (Chair: Jianhui Hou)

Organic TFT (2) Grand Ball Room 2 (Chair: Yunqi Liu)

Printing process (2) Grand Ball Room 3 (Chair: Kee-Hyun Shin)

Flexible sensor (2) Peony Room (Chair: Wei Chen)

OLED (1) Hibiscus Room (Chair: Junyou Pan)

16:00 – 16:20

[O-277] CIGS Solar Cell based on all Printed Layers Dr.Manjeet Singh(Osaka University, Japan)

[O-355] Analysis of calendering effect on the performance of printed OTFT Mr.Sang Hoon Lee(Konkuk University, Seoul, Korea)

[O-373] Electrohydrodynamic Direct-Write Micro/Nano Pattern with the Restriction of Inducing Tip Dr. Gaofeng Zheng(Xiamen University,China)

[O-401] Intrinsically Stretchable Semiconducting Polymers for Organic Electronics Prof. Longzhen Qiu(Hefei University of Technology,China)

[O-282] Fabrication of flexible OLED display using printed reflection electrode placed on the reverse side of OTFT array Dr. Takahisa Shimizu(NHK Science & Technology Research Laboratories, Japan)

16:20-16:40

[O-369] Ultrafast Fabrications of Flexible Dye-Sensitized Solar Cells by Ultrasonic Spray Coating Technology Prof. Tae-Hyuk Kwon(Ulsan National Institute of Science and Technology, Korea)

[O-197] Circuit Simulation for Printable TFTs Dr. Ari Alastalo(VTT Technical Research Centre of Finland,Finland)

[O-209] Multifunctional electrohydrodynamic printing Prof. YongAn Huang(Huazhong University of Science and Technology,China)

[O-494] An ultrathin and stretchable inorganic biosensor for movement and vital signs monitoring Mr.Yihao Chen(Tsinghua University, China)

[O-348] Novel thieno[32-c]pyridine based Ir complexes for solution/evaporation OLED Dr.Teng-Chih Chao(Industrial Technology Research Institute, Taiwan)



2014

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Oct. 21

16:40-17:00

[O-213] The morphology control of efficient perovskite solar cells Prof. Lixin Xiao(Peking University, China)

[O-365] Controlling the surface wettability of gate dielectric to improve resolution of inkjet-printed electrodes and pattern channel regions Mr. Wei Tang(Shanghai Jiao Tong University,China)

[O-280] Anisotropic and Isotropic Strain Photolithography Dr.Cheng-Yao Lo(Tsing Hua University,China)

[O-498] Controllable Wrinkle Configurations by Soft Micro-Patterns to Enhance the Stretchability of Si Ribbons Dr. Yin Huang(Tsinghua University,China)

[O-329] High Efficiency Ionic Iridium(III) complexes for Gravure Printed Light-emitting Electrochemical Cells Dr.Jinyong Zhuang(Suzhou Institute of Nano-Technology and Nano-Bionics, Chinese Academy of Sciences, China)

17:00-17:20

[O-503] Non-Planar Conjugated Small Molecules for Use in Printable Organic Photovoltaics as Electron Acceptor Prof.Chang-Qi Ma(Suzhou Institute of Nano-Tech and Nano-Bionics (SINANO), Chinese Academy of Sciences,China )

[O-251] Investigation on electrical stress over metal-insulator-metal (MIM) structures based on compound dielectrics for the inkjet-printed Mr.Kalyan Yoti Mitra(Technische Universitaet Chemnitz, Germany)

[O-337] Sustainable Treatment Method on PDMS Surface for Printed Electronics: Modeling Experiment and Characterization Prof. Yu Liu(Chengdu Green Energy and Green Manufacturing Technology R*D Center, China)

[O-501] Ultra-flexible PiezoelectricDevices Integrated With Heart to Harvest the Biomechanical Energy Ms. Ying Chen(Tsinghua University, China)

[O-493] Synthesis and Application of Organic Materials Based on Excited-state Intramolecular Proton Transfer (ESIPT) Prof.Sanghyuk Park(Kongju National University,Korea)

17:20-17:40

[O-345] N-Channel and P-Channel Step-Edge Vertical-Channel Transistors Fabricated by Printing Process Prof. Kazuhiro Kudo(Chiba University,Japan)

[O-440] The Production process for the Printed Electronics Mr.Shoujun Li (Kunshan Printed Electronics Ltd.,China)

[O-266] Capacitive Pressure Sensor Using Printed Stretchable Conductor with Microstructural Patterns Ms.Yuqun Hou(Beijing Institute of Graphic Communication,China)

17:40-18:00

State-of-the-art inkjet printing technology for printed electroncs Dr. Jiepeng Liu（Nikyang Enterprise Limited，China）

[O-219] Value Enhancement of Critical Substrates for Flexible Electronics Ms. Rebecca Wang (Pillar Technologies., United Kingdom)

19:00 – 21:00 Conference reception(SHIMANTONGAWA)



2014

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Oct 22 , Wednesday ,Day 3(3/4)

Oct. 22

8:30 – 9:30"Graphene Inks for Transparent Electronics" Professor Andrea C. Ferrari(Plenary talk 3 Auditorium of BJUT ) Chair: Zheng Cui

9:30 – 10:30

"Water/Alcohol Soluble Conjugated Polymers for Interface Modification in All-printable Polymer Optoelectronic Devices" Professor Yong Cao(Plenary talk 4 Auditorium of BJUT) Chair: Zheng Cui


Invited session 6 Grand Ball Room 1 (Chair:Gyoujin Cho)

Invited session 7 Grand Ball Room 2 (Chair: Jupiter Hu)

Invited session 8 Grand Ball Room 3 (Chair: Shlomo Magdassi)

Invited session 9 Peony Room (Chair: Ravi Silva)

Invited session 10 Hibiscus Room (Chair: Xiuqi Huang)

11:00 – 11:30Applications of printed and hybrid technologies at VTT (Raimo Korhonen)

Highly Flexible Organic Transistors for Display and Logic Applications (Simon Ogier)

Printable Electroactive Oligomers for Opto-Electro-Biomedical Applications (Yan Wei)

From Traditional Nano-scale CMOS To Transformational Flexible Nanoelectronics and Systems (Muhammad Mustafa Hussain)

Printed OLED Materials: Issues to be solved （Junyou Pan）

11:30 – 12:00High performance printing techniques for flexible device fabrication (T. Kamata)

Doubling data storage density of solution processed organic ferroelectric memory diode arrays (Jiyoul Lee)

Fabrication and Applications of Nanoparticles for Printed Electronics and Photonics (Yanlin Song)

Wafer-scale Flexible Laser Scribed Graphene-based Devices (Tianling Ren)

Degradation Analysis of Organic Light Emitting Diodes Based on Thermally Activated Delayed Fluorescence (Hideyuki Murata)


Sintering and drying process Grand Ball Room 1 (Chair: Vahid Akhavan)

OLED (2) Grand Ball Room 2 (Chair: Hideyuki Murata)

Conductive films Grand Ball Room 3 (Chair: Jie Zhang)

Inorganic TFT Peony Room (Chair: Xiaojun Guo)

Paper electronics Hibiscus Room (Chair: Xiachang Zhang)

Exhibition (Foyer)

13:30 – 13:50

[O-249] Photonic Curing for Roll-to-roll Production Dr. Vahid Akhavan(NovaCentrix, Untied States)

[O-394] Research on the diffusion barrier performance of SiOx/SiOxCyHz thin films deposited by low temperature ICP-PECVD Dr.Jie Liu(Institute of Microelectronics, Chinese Academy of Sciences,China)

[O-299] Electrical force assisted structuring for Flexible Transparent Conductive Films of silver ink on PET Dr. Xin Li(Xi’an Jiaotong University, China)

[O-286] Fabrication and performance of flexible printed TFTs and logic circuits based on polymer-sorted semiconducting SWCNTs Prof. Jianwen Zhao(Suzhou Institute of Nanotech and nano-bionics, Chinese Academy of Sciences,China)

[O-436] Exfoliated MoS2 for paper based supercapacitors Ms. Viviane Alecrim(Mid Sweden University, Sweden)



2014

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Oct 22 , Wednesday ,Day 3(3/4)

Oct. 22

13:50-14:10

[O-361] Fabrication of Solution-Processed Oxide Semiconductor Transistors using Microwave and Photo Sintering Process Dr.Hea-Jeong Cheong(National Institute of Advanced Industrial Science and Technology, Japan)

[O-370] Improving the organo-silicon barrier film deposited by magnetron PECVD Prof.Chien-Cheng Kuo(National Central University,Taiwan)

[O-410] A Rapid Electroplating Method for Conductivity Enhancement of Transparent Silver NanowireThin Films Ms. Shih-Chien Lin(National Taiwan University, Taiwan)

[O-347] Fully Transparent Tin doped Zinc Oxide Thin Film Transistor Fabricated on Flexible PET Substrate Mr.Zhuofa Chen(Peking University,China)

[O-384] Paper-based supercapacitor electrodes prepared by a papermaking technique Mr.Hidetsugu Tonomura(Osaka University, Osaka, Japan)

Exhibition (Foyer)

14:10-14:30

[O-208] Rapid Photo-Sintering Techniques for Printing Devices Dr.Jinting Jiu (Osaka University,Japan)

[O-444] Flexible Blue Organic Light Emitting Diodes Based on Graphene/PEDOT:PSS Composite Conductive Fil Dr.Qun-ying Zeng(Fuzhou University, Fujian, China)

[O-265] Fine Line Printing in Touch Sensor by Roll-to-Roll Gravure Offset Printing Dr.Chen-Kun Chen(Industrial Technology Research Institute, ITRI, Taiwan)

[O-342] Low temperature solution processed IGZO thin film transistors Dr.Zheng Chen(Suzhou Institute of Nano-Tech and Nano-Bionics (SINANO), Chinese Academy of Sciences,China)

[O-428] How “Green” Can a Paper-based Printed Circuit Be? ------ Fabrication and Life Cycle Assessment Prof. Cheng Yang(Tsinghua University,China)

14:30-14:50

[O-375] Printed silver nanowires track by laser process Dr.Teppei Araki(Osaka University,Japan)

[O-374] A NEW SiO2-SILICONE HYBRID INSULATOR FOR FLEXIBLE OLED DISPLAYS Dr. Lin Han(Yale University,United States)

[O-325] Planarization of Ag nanowire films for flexible OLED application as bottom electrode Mr. Sunho Kim(SungKyunKwan Univ., Korea )

[O-483] Magnetic Ink Based on Barium Ferrite and Its Application for Magnetic Recording Paper Prof. Yaling Li (Beijing Institute of Graphic Communication,China)

[O-499] OTFT active-matrix driver on printer paper substrate Mr. Boyu Peng(The University of Hong Kong, Hong Kong)

14:50-15:10

[O-250] Customised Solutions for Rapid Photonic Processing Mr.Martin Brown(Heraeus Noblelight Ltd.,United Kingdom)

[O-294] Inkjet Printing of graphene Film with High Conductivity from Weakly Oxidized Graphene Oxide Prof.Jinhong Du (Institute of Metal Research, Chinese Academy of Sciences,China)

15:10-15:30


16:00 – 18:00 Poster session(Foyer)

19:00 – 21:00 Conference banquet(Grand Ball Room)



2014

-46- -47-


Oct 23 , Thursday ,Day 4(4/4)

Oct. 23

9:00 – 10:00“The Future Prospect and challenges of Printed Electronics” Sang-Yoon Lee(Plenary talk 5 Auditorium of BJUT)

Exhibition (Foyer)

10:00 – 10:30 Coffee break(Foyer)Invited session 11 Grand Ball Room 1 (Chair: Hoo-Jeong Lee)

Invited session 12 Grand Ball Room 2 (Chair: Kazuhiro Kudo)

Invited session 13 Grand Ball Room 3 (Chair: Lei Wang)

Invited session 14 Peony Room (Chair: Yanlin Song)

10:30 – 11:00

Automated Continuously-Manufacturing Line for All-Printed TFT-Array Flexible Film (Shinichi Nishi)

Fully printed OTFT devices and integrated circuits on plastic film substrates (Shizuo Tokito)

A study on solution processed OLED lighting device by non-contact printing techniques (KANG, Kyung-Tae)

Nanomaterials for printed electronics: from basic science to applications (Shlomo Magdassi )

11:00 – 11:30Offset Printing Process and Equipment for 1um Pattern Width Printing (Taikmin Lee)

Liquid crystals for organic field effect transistors -How we can utilize the liquid crystallinity in device fabrication and device performance? (Jun-ichi Hanna)

Flexible electronics development in ITRI (Jupiter Hu)

Paper Battery and its Application in Sensor RFID Tag (Dr. Xiachang Zhang)

11:30 – 13:00 Lunch breakPrinting process (3) Grand Ball Room 1 (Chair: Taikmin Lee)

Flexible sensor (3) Grand Ball Room 2 (Chair: Ting Zhang)

Printed circuits Grand Ball Room 3 (Chair: Shizuo Tokito)

Conductive ink Peony Room (Chair: Luhai Li)

13:30 – 13:50

[O-346] Modeling and Optimizing Industrial Inkjet Printhead for Printable Electronics Fabrication Dr.Lianbo Ma(Shenyang Institute of Automation,Chinese Academy of Sciences ,China )

[O-371] A Triboelectric Based Flexible Tactile Sensor for Safety Monitoring Mr.Mengdi Han(Peking University,China )

[O-353] Synthesis of PEDOT coating on PI by liquid phase depositional polymerization and selective copper metallization of PI with 172 nm VUV and electroplating Prof.Jianxiong Li(South China University of Technology,China )

[O-435] Low temperature fabrication of conductive copper-silver lines using screen printing Prof.Bongkot Sakunchangsanoh(Chulalongkorn University,Thailand )

13:50-14:10

[O-474] Novel Approaches to Static control in Flexible Electronics Production Mr. Steve Heymann（Simco-Ion Technology Group ，United States）

[O-298] Monolithic Integration of a Flexible Micro Thermal Flow Sensor Mr. Shuai Zhao(Tsinghua University,China)

[O-270] High-Resolution Printed Circuits for High Performance Prototyping Dr. Ping Mei(Palo Alto Research Center,United States)

[O- 421] Silver-based Conductive Nanomaterials for Printed Electronics Dr.Qijin Huang(Ningbo Institute of Material Technology and Engineering, Chinese Academy of Sciences,China)



2014

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Oct 23 , Thursday ,Day 4(4/4)

Oct. 23

14:10-14:30

[O-397] Effect of preheater on register errors Dr.Sung Woong Jeon(Chungnam National University, Korea)

[O-419] Printed anisotropic magnetoresistive patterns for gyro sensor application Mr.Junfeng Sun (Sunchon National Univ.,Korea)

[O-411] The Printed Surface Acoustic Wave Filter with Printed Electronics Technology Mr. Kun Li(Tianjin University of Technology,China)

[O- 376] Roll-to-Roll Gravure Printed Ag Patterns to Guarantee Printability and Functionality toward Mass Production Mr. Janghoon Park(Konkuk Univ., Korea)

14:30-14:50

[O-297] An Electroless-Plating-Like Solution Deposition Approach for Large-Area Flexible Thin Film of Transition Metal Oxide Mr.Liangzhuan Wu(Technical Institute of Physics and Chemistry, Chinese Academy of Sciences,China)

[O-340] Aerosol-jet printing of nanowire networks of zinc octaethylporphyrin and its application in flexible photodetector Prof. Feng xia-Wang (Suzhou Institute of Nano-tech and Nano-bionics, Chinese Academy of Sciences,China)

[O-293] Fabrication of ultrathin free-standing ceramic chips based on screen printing Prof.Chunping Jiang(Suzhou Institute of Nano-Tech and Nano-Bionics, Chinese Academy of Science,China)

[O-443] Carbon nanotubes (CNTs) based Ink for Flexible Electronics Devices Mr. Milind V. Kulkarni(Nanocomposite Laboratory, Centre for Material for Electronics Technolog,India)

14:50-15:10

[O-521] Non-invasive Wireless And Passive MEMS Intraocular Pressure Sensor Based on Flexible Substrate Ms. Lijuan Liu(Institute of Electronics, Chinese academy of sciences,China)

[O-207] Electrical and optical properties of AZO/Ag bilayer films by transfer printing method Mr. Myoung-Soo Kim(INHA University ,Korea)

15:10-15:30

[O-473] Nanoscale Electronic Materials, Printed Fine Circuits and Their Applications Mr. Xingye Zhang (Institute of Chemistry, Chinese Academy of Sciences,China)

End of conference



2014

-50- -51-


2014 ICFPE Oral Presentation List ID Paper Title Category Author Institution

O-311 Efficient polymer solar cell using in situ fabricated CuS as anode modification layer Photovoltaic (1) Dr.Hongwei Lei Wuhan University,China

O-356Halogen-Free Solvent Processing for Sustainable Development of High

Performance Polymer Solar CellsPhotovoltaic (1) Prof. Hin-Lap Yip South China University of Technology,China

O-284Interface Materials and Solution Stability for Solution-Processed Organic

PhotovoltaicsPhotovoltaic (1) Prof. Junliang Yang Central South University, China

O-313 Printed transparent top electrodes for organic solar cells Photovoltaic (1) Dr. Jian LinSuzhou Institute of Nanotech and nano-bionics,

Chinese Academy of Sciences,ChinaO-527 World Standardization Effort in Printed Electronics Photovoltaic (1) Marc Carter and Jie Zhang IPC, Bannockburn, Illinois USA

O-503Non-Planar Conjugated Small Molecules for Use in Printable Organic Photovoltaics

as Electron AcceptorPhotovoltaic (2) Prof.Chang-Qi Ma

Suzhou Institute of Nano-Tech and Nano-Bionics SINANO,

Chinese Academy of Sciences,China O-277 CIGS Solar Cell based on all Printed Layers Photovoltaic (2) Dr.Manjeet Singh Osaka University, Japan

O-369Ultrafast Fabrications of Flexible Dye-Sensitized Solar Cells by Ultrasonic Spray

Coating TechnologyPhotovoltaic (2) Prof. Tae-Hyuk Kwon

Ulsan National Institute of Science and Technology, Korea

O-213 The morphology control of efficient perovskite solar cells Photovoltaic (2) Prof. Lixin Xiao Peking University, ChinaO-254 Amorphous polymer source-gated transistors through digital lithography Organic TFT (1) Dr.Radu A. Sporea University of Surrey,United Kingdom

O-318Highly Stable Organic Thin-Film Transistor Backplane Fabricated On Gorilla Glass

SubstratesOrganic TFT (1) Dr.YingtaoXie Shanghai Jiao Tong University, China

O-354Static and Dynamic Properties of C10DNTT-based Unipolar Logic with Coplanar

Device StructureOrganic TFT (1) Dr.Tung-Huei Ke Interuniversity Microelectronics Centre,Belgium

O-255Solution-Based Organic/Metal-Oxide Complementary Logic with Megahertz

OperationOrganic TFT (1) Mr.Vincenzo Pecunia University of Cambridge,United Kingdom

O-495Naphthalene Diimides-Based n-Type Organic Semiconductors towards Printed

Electronics: Molecular Design and SynthesisOrganic TFT (1) Prof. Xike Gao

Shanghai Institute of Organic Chemistry, Chinese Academy of Sciences,China

O-355 Analysis of calendering effect on the performance of printed OTFT Organic TFT (2) Mr.Sang Hoon Lee Konkuk University, Seoul, Korea

O-197 Circuit Simulation for Printable TFTs Organic TFT (2) Dr. Ari AlastaloVTT Technical Research Centre of

Finland,Finland

O-365Controlling the surface wettability of gate dielectric to improve resolution of inkjet-printed electrodes and pattern channel regions for all-solution-processed organic

thin-film transistorsOrganic TFT (2) Mr. Wei Tang Shanghai Jiao Tong University,China

O-251Investigation on electrical stress over metal-insulator-metal (MIM) structures based

on compound dielectrics for the inkjet-printed OTFT stabilityOrganic TFT (2) Mr.Kalyan Yoti Mitra Technische Universitaet Chemnitz, Germany

O-345N-Channel and P-Channel Step-Edge Vertical-Channel Transistors Fabricated by

Printing ProcessOrganic TFT (2) Prof. Kazuhiro Kudo Chiba University,Japan

O-408Ultra-thin dielectric layer to enhance performance of all-printed organic diode

operating as half-wave rectifierOrganic TFT (2) Prof. Himadri Majumdar

VTT Technical Research Centre of Finland, Finland

O-249 Photonic Curing for Roll-to-roll Production Sintering and drying process Dr. Vahid Akhavan NovaCentrix, Untied States

O-361Fabrication of Solution-Processed Oxide Semiconductor Transistors using

Microwave and Photo Sintering ProcessSintering and drying process Dr.Hea-Jeong Cheong

National Institute of Advanced Industrial Science and Technology, Japan

O-208 Rapid Photo-Sintering Techniques for Printing Devices Sintering and drying process Dr.Jinting Jiu Osaka University,JapanO-375 Printed silver nanowires track by laser process Sintering and drying process Dr.Teppei Araki Osaka University,Japan



2014

-52- -53-


ID Paper Title Category Author InstitutionO-250 Customised Solutions for Rapid Photonic Processing Sintering and drying process Mr. Martin Brown Heraeus Noblelight Ltd.,United Kingdom

O-282Fabrication of flexible OLED display using printed reflection electrode placed on the

reverse side of OTFT arrayOLED (1) Dr. Takahisa Shimizu

NHK Science & Technology Research Laboratories, Japan

O-348 Novel thieno[32-c]pyridine based Ir complexes for solution/evaporation OLED OLED (1) Dr.Teng-Chih Chao Industrial Technology Research Institute, Taiwan

O-329High Efficiency Ionic Iridium(III) complexes for Gravure Printed Light-emitting

Electrochemical CellsOLED (1) Dr.Jinyong Zhuang

Suzhou Institute of Nano-Technology and Nano-Bionics,

Chinese Academy of Sciences, China

O-493Synthesis and Application of Organic Materials Based on Excited-state

Intramolecular Proton Transfer (ESIPT)OLED (1) Prof.Sanghyuk Park Kongju National University,Korea

O-394Research on the diffusion barrier performance of SiOx SiOxCyHz thin films

deposited by low temperature ICP-PECVDOLED (2) Dr.Jie Liu

Institute of Microelectronics, Chinese Academy of Sciences,China

O-370 Improving the organo-silicon barrier film deposited by magnetron PECVD OLED (2) Prof.Chien-Cheng Kuo National Central University,Taiwan

O-444Flexible Blue Organic Light Emitting Diodes Based on Graphene/PEDOT:PSS

Composite Conductive FilmOLED (2) Dr.Qun-ying Zeng Fuzhou University, Fujian, China

O-374 A NEW SiO2-SILICONE HYBRID INSULATOR FOR FLEXIBLE OLED DISPLAYS OLED (2) Dr. Lin Han Yale University,United States

O-299Electrical force assisted structuring for Flexible Transparent Conductive Films of

silver ink on PETConductive films Dr. Xin Li Xi’an Jiaotong University, China

O-410A Rapid Electroplating Method for Conductivity Enhancement of Transparent Silver

NanowireThin FilmsConductive films Ms. Shih-Chien Lin National Taiwan University, Taiwan

O-265 Fine Line Printing in Touch Sensor by Roll-to-Roll Gravure Offset Printing Conductive films Dr.Chen-Kun CheIndustrial Technology Research Institute, ITRI,

TaiwanO-325 Planarization of Ag nanowire films for flexible OLED application as bottom electrode Conductive films Mr. Sunho Kim SungKyunKwan Univ., Korea

O-294Inkjet Printing of graphene Film with High Conductivity from Weakly Oxidized

Graphene OxideConductive films Prof.Jinhong Du

Institute of Metal Research, Chinese Academy of Sciences,China

O-286Fabrication and performance of flexible printed TFTs and logic circuits based on

polymer-sorted semiconducting SWCNTsIorganic TFT Prof. Jianwen Zhao

Suzhou Institute of Nanotech and nano-bionics, Chinese Academy of Sciences,China

O-347Fully Transparent Tin doped Zinc Oxide Thin Film Transistor Fabricated on Flexible

PET SubstrateIorganic TFT Mr.Zhuofa Chen Peking University,China

O-342 Low temperature solution processed IGZO thin film transistors Iorganic TFT Dr.Zheng ChenSuzhou Institute of Nano-Tech and Nano-Bionics

SINANO, Chinese Academy of Sciences,China

O-483Magnetic Ink Based on Barium Ferrite and Its Application for Magnetic Recording

PaperIorganic TFT Prof. Yaling Li

Beijing Institute of Graphic Communication,China

O-435 Low temperature fabrication of conductive copper-silver lines using screen printing Conductive inkProf.Bongkot

SakunchangsanohChulalongkorn University,Thailand

O-421 Silver-based Conductive Nanomaterials for Printed Electronics Conductive ink Dr.Qijin HuangNingbo Institute of Material Technology and

Engineering, Chinese Academy of Sciences,China

O-376Roll-to-Roll Gravure Printed Ag Patterns to Guarantee Printability and Functionality

toward Mass ProductionConductive ink Mr. Janghoon Park Konkuk Univ., Korea

O-443 Carbon nanotubes (CNTs) based Ink for Flexible Electronics Devices Conductive ink Mr. Milind V. Kulkarni Centre for Material for Electronics

Technolog,India



2014

-54- -55-


ID Paper Title Category Author Institution

O-291 Carbon Nanotube/Graphene based Flexible Sensors & Actuators Flexible sensors (1) Prof.Wei ChenSuzhou Institute of Nano-Tech and Nano-

Bionics, Chinese Academy of Sciences,China

O-333Electric-field Assisted Hydrothermal Growth of ZnO Nanorods on Flexible Polyimide

Substrate and Their Strain Sensing ApplicationsFlexible sensors (1) Prof. Rong Zhu Tsinghua University, China

O-426 Fabrication of Transparent Photodetectors with Direct Printing Method Flexible sensors (1) Mr.Shih-Pin Chen National Taiwan University, TaiwanO-218 Flexible Pressure Sensor Based on Silver Nanowire Networks Flexible sensors (1) Mr.Jun Wang Osaka University, Japan

O-309Kilometer long piezoelectric PVDF nanoribbon arrays for flexible energy harvesting

and sensing applicationsFlexible sensors (1) Mr.Mehmet Kanik Bilkent University, Turkey

O-214 Fluorinated Electroactive Polymers for Printed Electronic Flexible sensors (1)Dr.Fabrice Domingues

dos SantosPiezotech,France

O-401 Intrinsically Stretchable Semiconducting Polymers for Organic Electronics Flexible sensor (2) Prof. Longzhen Qiu Hefei University of Technology,China

O-494An ultrathin and stretchable inorganic biosensor for movement and vital signs

monitoringFlexible sensor (2) Mr.Yihao Chen Tsinghua University, China

O-498Controllable Wrinkle Configurations by Soft Micro-Patterns to Enhance the

Stretchability of Si RibbonsFlexible sensor (2) Dr. Yin Huang Tsinghua University,China

O-501Ultra-flexible PiezoelectricDevices Integrated With Heart to Harvest the

Biomechanical EnergyFlexible sensor (2) Ms. Ying Chen Tsinghua University, China

O-266Capacitive Pressure Sensor Using Printed Stretchable Conductor with

Microstructural PatternsFlexible sensor (2) Ms.Yuqun Hou

Beijing Institute of Graphic Communication,China

O-219 Value Enhancement of Critical Substrates for Flexible Electronics Flexible sensor(2) Ms. Rebecca Wang Pillar Technologies., ,United KingdomO-371 A Triboelectric Based Flexible Tactile Sensor for Safety Monitoring Flexible sensor(3) Mr.Mengdi Han Peking University,China O-298 Monolithic Integration of a Flexible Micro Thermal Flow Sensor Flexible sensor(3) Mr. Shuai Zhao Tsinghua University,ChinaO-419 Printed anisotropic magnetoresistive patterns for gyro sensor application Flexible sensor(3) Mr.Junfeng Sun Sunchon National Univ.,Korea

O-340Aerosol-jet printing of nanowire networks of zinc octaethylporphyrin and its

application in flexible photodetectorFlexible sensor(3) Prof. Feng xia-Wang

Suzhou Institute of Nano-tech and Nano-bionics,

Chinese Academy of Sciences,China

O-521Non-invasive Wireless And Passive MEMS Intraocular Pressure Sensor Based on

Flexible SubstrateFlexible sensor(3) Ms. Lijuan Liu

Institute of Electronics, Chinese academy of sciences,China

O-433 Precision Measurement of Pattern Registration Accuracy in Printed Electronics Printing process (1) Dr. Byung Oh ChoiAdvanced Manufacturing System Division,

Korea

O-199Thickness uniformity improvement of inkjet printed PEDOT and organic light-

emitting filmsPrinting process (1) Prof.Yanchun Han

Changchun Institute of Applied Chemistry, Chinese Academy of Sciences,China

O-343Viscoelastic finite element analysis of roll transfer of heterogeneous devices onto

flexible substrate by using cohesive elements with multi-element interactionPrinting process (1) Mr.Si-Young Park ð University of Ulsan, Korea

O-430 Flexible Multi-color Electrochromic Device via Inkjet Printing Process Printing process (1) Mr.Bo-Han Chen National Taiwan University,Taiwan

O-504Novel Fabrication Method of Roll Based Transparent Imprinting Mold for Flexible

DisplayPrinting process (1) Mr. Yun-Ho, KOO LG Display Co., Ltd., Korea

O-475 Towards Zero Defects- Novel In-line Cleaning of Process Rollers Printing process (1) Ms. Sheila Hamilton Teknek Limited ，United Kingdom

O-373Electrohydrodynamic Direct-Write Micro/Nano Pattern with the Restriction of

Inducing TipPrinting process (2) Dr. Gaofeng Zheng Xiamen University,China



2014

-56- -57-


ID Paper Title Category Author Institution

O-209 Multifunctional electrohydrodynamic printing Printing process (2) Prof. YongAn HuangHuazhong University of Science and

Technology,ChinaO-280 Anisotropic and Isotropic Strain Photolithography Printing process (2) Dr.Cheng-Yao Lo Tsing Hua University,China

O-337Sustainable Treatment Method on PDMS Surface for Printed Electronics: Modeling

Experiment and CharacterizationPrinting process (2) Prof. Yu Liu

Chengdu Green Energy and Green Manufacturing

Technology R*D Center, ChinaO-440 The Production process for the Printed Electronics Printing process (2) Mr.Shoujun Li Kunshan Printed Electronics Ltd.,China

　 State-of-the-art inkjet printing technology for printed electroncs Printing process (2) Dr. Jiepeng Liu Nikyang Enterprise Limited　China

O-346Modeling and Optimizing Industrial Inkjet Printhead for Printable Electronics

FabricationPrinting process (3) Dr.Lianbo Ma

Shenyang Institute of Automation,Chinese Academy of Sciences,China

O-474 Novel approch to static control in flexible electronics production Printing process (3) Mr. Steve Heymann Simco-Ion Technology Group 　United StatesO-397 Effect of preheater on register errors Printing process (3) Dr.Sung Woong Jeon Chungnam National University, Korea

O-297An Electroless-Plating-Like Solution Deposition Approach for Large-Area Flexible

Thin Film of Transition Metal OxidePrinting process (3) Mr.Liangzhuan Wu

Technical Institute of Physics and Chemistry, Chinese Academy of Sciences,China

O-353Synthesis of PEDOT coating on PI by liquid phase depositional polymerization and

selective copper metallization of PI with 172 nm VUV and electroplatingPrinted circuits Prof.Jianxiong Li South China University of Technology,China

O-270 High-Resolution Printed Circuits for High Performance Prototyping Printed circuits Dr. Ping Mei Palo Alto Research Center,United StatesO-411 The Printed Surface Acoustic Wave Filter with Printed Electronics Technology Printed circuits Mr. Kun Li Tianjin University of Technology,China

O-293 Fabrication of ultrathin free-standing ceramic chips based on screen printing Printed circuits Prof.Chunping JiangSuzhou Institute of Nano-Tech and Nano-

Bionics, Chinese Academy of Science,China

O-207 Electrical and optical properties of AZO/Ag bilayer films by transfer printing method Printed circuits Mr. Myoung-Soo Kim INHA University ,Korea

O-473 Nanoscale Electronic Materials, Printed Fine Circuits and Their Applications Printed circuits Mr. Xingye Zhang Institute of Chemistry, Chinese Academy of

Sciences,ChinaO-360 Paper Battery and its Application in Sensor RFID Tag Paper electronics Dr.Xiachang ZHANG Kunshan Printed Electronics Ltd. ,ChinaO-436 Exfoliated MoS2 for paper based supercapacitors Paper electronics Ms. Viviane Alecrim Mid Sweden University, SwedenO-384 Paper-based supercapacitor electrodes prepared by a papermaking technique Paper electronics Mr.Hidetsugu Tonomura Osaka University, Osaka, Japan

O-428How “Green” Can a Paper-based Printed Circuit Be? ------ Fabrication and Life

Cycle AssessmentPaper electronics Prof. Cheng Yang Tsinghua University,China

O-499 OTFT active-matrix driver on printer paper substrate Paper electronics Mr. Boyu Peng The University of Hong Kong, Hong KongO-283 Patterning and Thin Film layer application methods for Printed Electronics OE-A Mr.Thomas Kolbusch Coatema Coating Machinery GmbH,German

O-511 Digital Fabrication - smart systems manufacturing based on printing OE-AProf. Reinhard R.

Baumann(Germany)

O-512Printed functional anodes for OLED Lighting and OPV to reduce cost and

manufacturing complexity OE-A Prof. Armin Sautter (Germany)

O-513Transferring Photonic Curing Processing from R&D to Production: Equipment,

Processing, and CharacterizationOE-A Dr. Vahid Akhavan (USA)

O-514Innovations on Nanomaterials & Processes for the low-cost fabrication of flexible

organic photovoltaic cellsOE-A Prof. Stergios Logothetidis (Greece)



2014

-58- -59-


2014 ICFPE Poster Presentation List ID Paper Title Category Author Institute

P-301Synthesis of carbazole- and benzothiadiazole-containing acceptor-donor-donor-

acceptor (A-D-D-A) type conjugated small molecules for organic photovoltaic (OPV) cells

Photovoltaic Ms. Inyoung Hwang Kongju National University,Korea

P-312Study of Inorganic Hole Transporting Layer on Organic Solar Cell and its

ApplicationsPhotovoltaic Prof. Guojia Fang Wuhan University,China

P-321Dithiophene derivatives of 48-Bis(thienyl)-benzo[12-b:45-b′] with different π-conjugation chains for solution-processed small molecular solar cells

Photovoltaic Ms. Ni YinSuzhou Institute of Nano-Tech and Nano-Bionics

(SINANO), Chinese Academy of Sciences,China

P-341Organic-inorganic hybrid electron transporting buffer layer in inverted polymer solar

cellsPhotovoltaic Ms. Na Wu

Suzhou Institute of Nano-Tech and Nano-Bionics (SINANO),


P-350DCV-end-capped oligothiophene as electron acceptor in bulk-heterojunction

organic solar cellPhotovoltaic Mr. Jian-Chang Wu



P-352Synthesis and Property Investigations of Low Band-Gap 3D Dendritic

OligothiophenesPhotovoltaic Dr. Wei Gao


Chinese Academy of Sciences,ChinaP-399 Low-temperature processed TiO2 NPs for organics solar cells Photovoltaic Dr. Jian Xiong Central South University,ChinaP-402 High performance polymer solar cells based on a novel donor material Photovoltaic Mr.Shi Yan Beijing Jiaotong University,ChinaP-404 Graphene derivatives as an interfacial layer for highly-efficient polymer solar cells Photovoltaic Ms. Sae-Mi Park Chonbuk National University,KoreaP-406 Flexible organic solar cells using graphene oxide anode interfacial layer Photovoltaic Mr. Sujie Chen Shanghai Jiao Tong University,China

P-417Study on Plasmonic enhancement of Au nanorod for broadband light absorption in

inverted organic photo voltaic devicesPhotovoltaic Ms. Eun-Seon Jung Chonbuk National Univ,Korea

P-424Modifying Properties of Organic Solar Cells by Solution-processed Metal Chlorides

Doped Graphene OxidePhotovoltaic Ms. Eun-Su Choi Chonbuk National University,Korea

P-420Plasmonic effect of Ag nanostructures on planar heterojunction perovskite solar

cellsPhotovoltaic Ms. Jin-Won Lee Chonbuk National University,Korea

P-367 MoO3/Ag/MoO3 multilayer anode for semitransparent organic photovoltaic cells Photovoltaic Prof. Sungwoo Bae Hanbat National University,Korea

P-261A highly efficient mesoscopic solar cell based on CH3NH3PbI3-xClx fabricated via

sequential solution depositionPhotovoltaic Dr.Lixin Xiao Peking University,China

P-278Synthesis of Substituted μ-oxo-bis[tetra-phenylporphyrinatoiron] Compounds and

Potential Applications in Dye Sensitized Solar CellsPhotovoltaic Dr. Zhicheng Sun Beijing Institute of Graphic Communication,China

P-413 Perovskite CH3NH3PbI3 Heterojunction Solar Cells via Ultrasonic Spray Deposition Photovoltaic Mr. Xiao Du Peking University,ChinaP-445 Electronic Structures and Spectroscopy of AnBn-Zn-Porphyrin Photosensitizers Photovoltaic Dr. Meijuan Cao Beijing Institute of Graphic Communication,China

P-351Inkjet Printed Silver Nanowire Network as Top Electrode for Organic

Solar Cell DevicesPhotovoltaic Ms. Hui Lu Shanghai University,China

P-392Fiber-shaped organic solar cells based on 1-dimensional flexible and conductive

electrodesPhotovoltaic Mr. Yong-Jin Noh Chonbuk National University,Korea

P-407Employing Solution-Processed Polymer/Fullerene Blending Electron-Transport

Layers for High Performance Organic-Inorganic perovskite Solar CellPhotovoltaic Ms. You-Hyun Seo Chonbuk National University,Korea

P-423Polymer composition interlayer for efficient perovskite/PCBM planar heterojucntion

solar cellsPhotovoltaic Ms.Da-Young Lee Chonbuk National University,Korea



2014

-60- -61-


ID Paper Title Category Author Institute

P-515Synthesis of Nitro-functionalized A3B-tetraphenylporphyrins Compounds and

Potential Applications in Dye-sensitized Solar CellsPhotovoltaic Ms. Hui Li

Institute of Electronics, Chinese academy of sciences, China

P-518Improved Synthesis of 5-(R-group)-10, 15, 20-tris(4-methylphenyl)porphyrins as

Starting Compounds for the Preparation of Potential Sensitizer in Solar CellsPhotovoltaic Ms. Tingwen Jia Beijing University of Technology,China

P-263Poly(4-vinylphenol-co-methyl methacrylate)/Y2O3 Nanocomposite Gate Dielectrics

for Organic Thin-Film Transistor ApplicationOrganic TFT Ms. Xue Zhang Hallym University,Korea

P-302 Very Large-sized Thin Organic Single Crystal and Its Device Application Organic TFT Dr. Ji DongNational Centre for Nanoscience and

Technology,China

P-319High Performance Bottom-Contact Organic Thin Film Transistors Using Chemically

Modified Silver Contacts and Dielectric SurfacesOrganic TFT Dr. Yingtao Xie Shanghai Jiao Tong University,China

P-364All solution processed low-voltage organic thin-film transistor and inverter on plastic

substrateOrganic TFT Mr. Linrun Feng Shanghai Jiao Tong University,China

P-387 Fabrication and Performance Evaluation of Back-gate Transistors Organic TFT Mr. Yoonki Min Konkuk University,Korea

P-381High-Effective Organic Thin-Film Transistors Based on Photo-Switching application

using TiO2 nano-particles as gate dielectricOrganic TFT Ms.Hyunji Shin Hongik University, Korea

P-396Solution-processed Low-voltage Flexible Organic Thin Film Transistor Based on

Ion-gel Gate InsulatorOrganic TFT Mr. Xianyi Shao Shanghai Jiao Tong University,China

P-290Well-controlled and site specific large-sized Pentacene crystal grown through seed-

induced PVT methodOrganic TFT Ms. Syeda Atika Arabi

National Centre for Nanoscience and Technology,China

P-415 Dip-Coating of Patterned Organic Semiconductor Films Organic TFT Mr. Meng Zhi Qin Hefei University of Technology,China

P-211Influence of Alkyl Chain Position (Located at Donor or Acceptor) on the

Performances of Diketopyrrolopyrrole-benzodithiophene Copolymers for Organic Thin-Film Transistors

Organic TFT Mr. Ping LiHuazhong University of Science and

Technology,China

P-497 High sensitivity organic phototransistor with nonvolatile memory property Organic TFT Mr. Xiaochen Ren The University of Hong Kong,Hong Kong

P-422Proving Scalability of Fully R2R Gravure Printed Carbon Nanotube Based Flexible

Thin Film Transistors BackplaneOrganic TFT Mr.Wookyu Lee Sunchon National University, Sunchon, Korea

P-522The effect of post-annealing temperature of gate dielectric on the performance of

OTFT memoryOrganic TFT Lijuan Liang Beijing Institute of Graphic Communication,Beijing

P-258 Sintering Cu2O nanoparticles aggregate paste at low temperature Sintering and drying Dr. Jiang Jianwei Kongju National University,Korea

P-264Copper Nanoparticle Ink for Reverse Offset Printing and Intense Flash Light

SinteringSintering and drying Mr. Masayoshi Koutake DIC Corporation,Japan

P-310 Low temperature photonic annealing of solution processed ITO film Sintering and drying Mr. Teng ZhouSuzhou Institute of Nano-Tech and Nano-Bionics

(SINANO), Chinese Academy of Sciences,China

P-323 Intense pulsed light sintering of copper nanoink for conductive copper film Sintering and drying Mr. Weibing GuSuzhou Institute of Nanotech and nano-bionics,


P-383Near-infrared (NIR) sintering of metal meshed films for flexible transparent

electrodesSintering and drying Ms. Yeonkyeong Ju Korea Institute of Machinery and Materials ,Korea

P-400 A Study on Heat Treatment of Ag Paste for FPCB Sintering and drying Mr. Jaekyun Ko Hanyang University,Korea

P-409A study on drying and sintering performance and reliability of metal electrode for

the use of roll-to-roll heat treatment processSintering and drying Mr. LongTian Chi Hanyang University,Korea

P-248 Photonic Curing of Semiconductor Thin Films Sintering and drying Dr. Vahid Akhavan NovaCentrix,United StatesP-472 Millisecond flash photonic sintering of inkjet-printed silver ink on plastic substrate Sintering and drying Mr. Olivier Baudino Centre Microélectronique de Provence,France



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P-366Analyzing Drying Performance of Hybrid Drying System in Roll-to-Roll Process

using Various Heat SourcesSintering and drying Mr. Seung Min Shin Hanyang University.,Korea

P-437Air stable copper-zinc nanoparticles for low temperature fabrication of conductive

patternsInks

Ms. Raweewan Thongprachan

Chulalongkorn University,Thailand

P-425 Synthesis of new type CuInS2 nanocrstal ‘inks’ Inks Ms. Xin Wang Xiamen University,China

P-386Synthesis and characterization of polyaniline doped with anionic spherical

polyelectrolyte brushesInks Ms. Qianqian Dong Wuhan University,China

P-382One-pot Synthesis of UV-curable Au/PEDOT Conductive Ink by Using Amphiphilic

Polymer PSMH as TemplatesInks Mr. Yulin Zhang Jiangnan University,China

P-379 Stabilization of Nanoparticle Suspensions Using Microchannels Inks Ms. Ju-Yen Sun National Taiwan University,TaiwanP-372 Facile Synthesis of Stable Ag Nanoparticles Inks Dr. Ziqiang Zhu Wuhan University,China

P-327Solvothermal synthesis of monodispersed copper nanoparticles for printable copper

inkInks

Ms. Shuangshuang Shao

Suzhou Institute of Nano-Tech and Nano-Bionics,China

P-315Flexible Thin-Film Transistors Based on PF8DPP-Sorted Semiconducting Carbon

Nanotubes inksInks Mr. Xiang Zhang Shanghai University,China

P-314 Preparation of BaTiO3/PMMA Dielectric Films by Screen Printing Inks Prof. Xinzhou WuSuzhou Institute of Nano-Tech and Nano-Bionics,


P-300A New Approach to Synthesize Silver Nanocubes Used in Preparation of

Conductive inksInks Prof. Wei He

University of Electronic Science and Technology of China

P-288 Preparation of Conductive Ink for Organic Polymer Solar Cell Inks Ms. Wei Liu Beijing Institute of Graphic Communication,ChinaP-267 Preparation of Fe3O4 with Solvethermal method and Its Electrochemical Properties Inks Ms. Fuyan Zhao Beijing Institute of Graphic Communication,China

P-268Synthesis and Size Control of Monodisperse and Ultrafine Iron Oxide Nanocrystals

by Solvothermal MethodInks Ms. ChengMei Liu Beijing Institute of Graphic Communication,China

P-252 AlGaInP light-emitting diodes with Ag nanowires as current-spreading layer Inks Mr. Chunwei Guo Beijing University of Technology,ChinaP-438 Preparation of Au-Ag Nanoframe and its Application in SERS Inks Prof. Zhiqing Xin Beijing Institute of Graphic Communication,ChinaP-439 Preparation of Triangular Silver Nanoplates and its Application in Printed Electronics Inks Prof. Zhiqing Xin Beijing Institute of Graphic Communication,China

P-442Development of Water Dispersible Conducting Polyaniline (PANI) – Carbon

nanotubes (CNTs) Nanocomposite via Dynamic, Liquid-liquid Interfacial Polymerization Process

Inks Dr. Milind V. Kulkarni Centre for Material for Electronics Technology ,India

P-448 Conductive improvement of flexography printed silver pattern by water washing Inks Dr. Yi Fang Beijing Institute of Graphic Communication,China

P-479Synthesis and Mesophase of A Triphenylene-based Discotic Liquid Crystal with

plastic columnar phaseInks Mr. Jianchuang Wang Beijing Institute of Graphic Communication,China

P-478 Synthesis and Mesophase of A chiral Triphenylene-based Discotic Liquid Crystal Inks Mr. Shuaifeng Zhang Beijing Institute of Graphic Communication,ChinaP-500 Controllable Synthesis of Silver Nanospheres with Uniform Size Inks Ms. Yu-Xia Zhao Beijing Institute of Graphic Communication,China

P-269The Preparation of Ag-MPA (3-Mercaptopropionic Acid) and Its Insulating-

Conductive Transformation MechanismInks Mr. Qing-bin Zhai Beijing Institute of Graphic Communication,China

P-524Reaction routes for the formation of a Cu2ZnSn(S,Se)4 absorber material from

homogenous dimethyl sulfoxide-based InkInks Xianjun Wu 　

P-216 Development of wind-driven mechanoluminescent display OLED Dr. Soon Moon JeongDaegu Gyeongbuk Institute of Science and

Technology,Korea

P-217Mechanoluminescence-induced-fluorescence from ZnS-embedded-

polydimethylsiloxane elastomer functionalized with organic dyesOLED Mr. Seongkyu Song

Daegu Gyeongbuk Institute of Science and Technology,Korea



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P-317Flexible Ag Grid Transparent Conductive Films and Their Application in Organic

Light-Emitting DiodesOLED Ms. Fei Fei Suzhou Institute of Nanotech,China

P-324PEDOT:PSS Patterning with Fluorinated Materials and its Application in Organic

Light Emitting DiodesOLED Mr. Shihong Ouyang Shanghai Jiao Tong University,China

P-326PEDOT:PSS Patterning with a Silver Interlayer and its Application in Organic Light

Emitting DiodesOLED Mr. Shihong Ouyang Shanghai Jiao Tong University,China

P-336An Efficient Flexible Organic Light Emitting Device with Molybdenum Oxide Doped

Conductive Polymer AnodeOLED Mr. Minshun Song



P-339Screen-Printed Micro-Structured Conductive Polymer Anode for Organic Light

Emitting DiodesOLED Ms. Lu Zhou



P-432Inkjet printed undoped small molecular film as emitting layer in organic light-

emitting devicesOLED Ms. Huimin Liu

Institute of Polymer Optoelectronic Materials and Device,China

P-344Improving the Performance of Light-emitting Electrochemical Cells with Thin film

Buffer LayerOLED Ms. Shuhong Nie


Chinese Academy of Sciences,ChinaP-429 Highly Flexible Organic Light Emitting Diodes using Ultra-thin Polymer Substrate OLED Ms. Mi Jang Chonbuk National University,Korea

P-405Highly Stretchable Transparent Conductive Electrodes for Organic Lighting Emitting

Diode ApplicationOLED Mr. Keum-Jin Ko Chonbuk National University,Korea

P-253 Percolative Behavior of Silver Nanowires with Different Aspect Ratio TCF Mr. Gui-Shi Liu Sun Yat-Sen University,China

P-259Fabrication of the ITO free flexible Ag grid mesh substrates using thermal roll-

imprinting methodsTCF Dr. Jung Min Cho Hanbat National University,China

P-260 Haze Control of Ag Nanowire Transparent Conductive Film by Coating SnO2 TCF Mr. Young-Sun Kwon Kongju National University,KoreaP-262 Direct Printed Metal Mesh by Roll-to-Roll Gravure Off-set Printing System TCF Dr. Sheng-Feng Chung Industrial Technology Research Institute,Taiwan

P-295One Step Solvothermal Reaction to Synthesis High Aspect Ratio Silver Nanowires

and the Application in Flexible Transparent and Conductive FilmsTCF Mr. Xingda Xia Central South University,China

P-328Biocompatible flexible transparent electrode based on silk fibroin film/Ag nanowires

compositesTCF Dr. Wei Yuan

Suzhou Institute of Nanotech and Nano-bionics, Chinese Academy of Sciences,China

P-359 Pattern Design of Silver Grid Transparent Electrode TCF Ms. Qiao Hu Central South University,ChinaP-362 Transparent electrodes printed on transparent nanopaper TCF Ms. Akane Tanaka Uematsu Co. Ltd,JapanP-322 Ink-jet Printed Nanostructure Thin Films of Aluminum Doped Zinc Oxide TCF Ms. Wenxiu Zhao Wuhan University,China

P-320Study on robustness of flexible solar cells based on silver nanowire (Ag NW)

transparent electrodeTCF Mr. Hyun Soo Cho Kongju University,China

P-378Study on Fabrication of Transparent Conductive PEDOT/PET Film by Liquid Phase

Depositional PolymerizationTCF Ms. Yaxiao Ma South China University of Technology,China

P-446 7.85” Touch Panel by Gravure Offset Printing Technique TCF Mr. Sheng-An Kuo AU Optronics Corporation,Taiwan

P-245Synthesis of polymer surfactantcan to increase the efficiency of CNT transparent

electrodeCNT+graphene Mr. Junehoi Jung Kongju University,Korea

P-316 CMOS Inverters Based on Printed Carbon Nanotube Thin Film Transistors CNT+graphene Ms. Wenya XuSuzhou Institute of Nano-tech and Nano-

bionics,China

P-335Printed Carbon Nanotube Thin-Film Transistors with Small Hysteresis on Rigid/

Flexible SubstratesCNT+graphene Mr. Weiwei Xu Shanghai University,China



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SPONSORS & EXHIBITIONSPlease come and visit our exhibits at the ICFPE 2014. They will be located on the 3rd and will demonstrate some of the lasted technologies in the area of Flexible and Printed Electronics. The exhibitor tables will be open on Tuesday-Thursday (October 21-23, 2014).

Tradeshow Theatre

Booth No Sponsors

1 The Printable Electronics Research Centre

2 Changzhou Institute of Printed Electronics Industry

3 Siansonic Technology Co., Ltd.

4 PSTEK CO,.LTD

5 Yi Xin Technology

6 NIKYANG Enterprise Limited

7 Shanghai Ruidu Photoelectric Co.,Ltd.

8 Shenzhen Shining Automation Co. Ltd.

9 KunShan Hisense Electronic Co.,Ltd.

10 National Innovation Alliance of Printed Electronics Industrial Technology

14 Coatema Coating Machinery GmbH

15 Sigmatek Corporation



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The Printable Electronics Research Centre

1http://www.sinano.cas.cn/

The Printable Electronics Research Centre (PERC) at Suzhou Institute of Nanotech and Nano-tech and Nano-bionics (SINANO), Chinese Academy of Sciences, is the first center established in China, which has the sole focus on scientific research and technology development of printed electronics. The founder of PERC, Professor Zheng Cui, has over 20 years working experience at Cambridge University and Rutherford Appleton Laboratory in the UK before returning to China in October 2009. Application oriented R&D activities are being conducted at PERC in the areas of electronics inks formulation, printing processes and equipments, printed thin-film transistors and photovoltaic, development of organic light emitting devices and encapsulation. The Center now has 57 researchers, over 1500m2 laboratory space and is working on more than 30 state and private enterprise funded research projects. An engineering center as well as an industrial company, Suzhou NanoGrid Technology Ltd. (NGT), has also been setup to bridge the gap between scientifi c research and engineering development, with the aim of eventually leading to marketable products. Since it was established, a novel technology has been developed to make fl exible transparent conductive fi lms to replace ITO as transparent electrodes. The technology has been implemented at O-fi lm Inc. in high volume manufacturing for touch panels which have entered market.

Changzhou Institute of Printed Electronics Industry

2http://www.czipei.com/

Changzhou Institute of Printed Electronics Industry is located in Changzhou, Southern Jiangsu Province, adjacent to Shanghai, Nanjing. It is the first institute in China established by local government engaging in printed electronics technology industrialization. Also it’s playing the role of integrating software and hardware in printed electronics fi eld. The inaugural meeting of Changzhou Institute of Printed Electronics Industry was held in Changzhou

High-tech Zone on September 9th, 2013. Registered by Changzhou City and Changzhou High-tech Zone with RMB 50 million. The fi rst director of the institute is assumed by Dr. Zhang Xiachang, deputy secretary general of China National Innovation Association of Printed Electronics Industry and president of Kunshan Printed Electronics Co., Ltd. Currently, the institute has completed the preparation of three important projects:1. Piloting platform; 2.Laboratory, database and test platform; 3. Exhibition hall. The printed electronics piloting platform can provide service for printed electronics products or project companies and help them to complete large-scale production from printed electronics technology. Another important function is to research and develop the integrated technology of printed electronics products.Printed electronics laboratory, database and test platform are also used for the development and gathering of printed electronics industrial chain. The institute purchased advanced and general instruments, tools, and laboratory devices, constructed the database for printed electronics industry.The Institute will build the world’s first entity exhibition hall in the field of printed electronics, which will introduce the development history of printed electronics, present the status quo of global printed electronics products as well as the future development prospects of this industry.

Siansonic Technology Co., Ltd.

3

http://www.df-jr.com/

Siansonic Technology Co., Ltd. is a leading manufacturer of piezoelectric and ultrasonic devices.ISO9001:2008 and ISO14001:2004 are certificated. The main products include ultrasonic spray coating nozzle and system, megasonic cleaning nozzle, ultrasonic sensors and transducers. The ultrasonic spray coating technology which is a novel spray coating technology is widely used for nano thin fi lm coating and nano particles manufacture. Megasonic cleaning technology whose frequency is 800kHz-3000kHz is mainly used for high precise cleaning for semiconductors, glass and lens.



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PSTEK CO,.LTD

41028-16,Hogye-dong,Dongan-gu, Anyang-City, Kyunggido, Korea

www.pstek.co.kr

The competitiveness of PSTEK, one of the leaders in the power supply industury, is derived from unique and original design theories, great store of field experience and design capabilities for analog and digital circuits and magnetic components.PSTEK has the competitiveness in the power electronics system required a high-effi ciency and a high-capacity based on unique design ability.PSTEK has been developing and supplying power supply of the fl ash lamp and UV lamp for sintering/curing system.

Yi Xin Technology

5http://www.nano-em.com/

Yi Xin Technology is a professional supplier for Micro-Nano Science, start business from 2006, our advanced technology support and complete sales and service system can ensure the customer’s trust and satisfaction and solution’s advancement. Now we are the China agent of Microtech laser lithography, Sonoplot precision picoliter fluid microarray microplotter, NanoCVD nanotubes and Graphene instruments.The SonoPlot® GIX Microplotter II is a precision picoliter fl uid dispensing system for the microarray and polymer electronics markets with significant advantages over existing products in deposited feature size and type, regularity of volumes dispensed, and fl exibility for the user.The core of the Microplotter is a dispenser that uses controlled ultrasonics to deposit fluid in a noncontact manner. This patented technology can produce picoliter droplets that form features on a surface as small as 5 μm wide. When combined with automatic surface height calibration, coeffi cients

of variability for deposited feature diameters as small as 10% can be achieved. A wide range of fl uids can be used, including aqueous solutions and many organic-solvent-based mixtures. Fluids that other dispensers struggle with, such as saturated solutions for MALDI-ToF matrices, or fl uids with viscosities up to 450 cP, can be deposited with ease. The ultrasonic pumping action is also an effi cient cleaning mechanism for quickly depositing many solutions sequentially.In addition to spots, the GIX Microplotter II can draw true continuous features, such as lines, arcs, and bends. These are uniform elements, not made from overlapping droplets like other technologies, and are particularly well-suited to the polymer electronics fi eld.

NIKYANG Enterprise Limited

6www.nikyang.com

Asia’s leading supplier of laboratory automation solutionsNikyang Enterprise Limited providesadvanced laboratory equipment and innovative automated solutions. As the region’s sole distributor for a select group of highly respected European brands, we bring Asian customers state-of-the-art laboratory automation technology, backed up by full support through our extensive sales network.Our mission: to revolutionize Chinese scientifi c laboratoriesOur goal is to transform Chinese and other Asian labs, for both QC and R&D, from ineffi cient and low-throughput manual processing to fully-automated high-throughput operation. With a more systematic and efficient methodology, they will enjoy higher productivity and achieve more standardized andconsistently accurate test results.Integration brings you the optimum combination to meet your needsOur modular approach combines the most appropriate products from different suppliers to create a customized automated solution for each customer. From the most up-to-the-minute laboratory instruments and facilities to fl exible analysis and reporting software, we help you set up a complete robotic platform for end-to-end processes that is fl exible, versatile and upgradable. Our full-service approach supports your continuing growthWe add values to our customers’ businesses and facilitates their success through our full range of services including Networking, Consultancy, Sales, Installation, Training and After-Sales Service.



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Shanghai Ruidu Photoelectric Co.,Ltd.

7

www.rd-mv.com

Shanghai Ruidu Photoelectric Technology Co.Ltd is founded in 2007 by a powerful team that consists of professors and experienced engineers. The company is located in USST National Science Park in Shanghai, and Our main business scope is to provide products and system integration in automation field and inkjet printing field. Ruidu develops the inkjet printing market together with MicroFab in China. Meanwhile, Ruidu develops custom-made machine and inkjet systems，in the field of NanoTech， Biomedical ,stent coating, drug-loaded sphere ,microdispensing , crystallization protein etc.

Shenzhen Shining Automation Co. Ltd.

8http://www.shining-automation.com/

Shenzhen Shining Automation Co. Ltd. is a professional manufacturer of precision coating machines which are used in Li-ion batteries, Optical coating ,flexible printed circuits (FPC), Flat panel displays (FDP), Solar cells, pharmaceutical and tape industries. Consulting experts both locally and overseas and partnering with many foreign companies in product development, we have strong technological capabilities. In addition, we import all key components from established suppliers abroad to ensure high product quality. This combination backs our promise that all our products are in leading technological positions in the domestic market. Cooperating with EDI in slot die, we can provide customers with total solution of turn-key package.Our mission: To provide our customers with innovative and dependable technology and share with them a Shining future.

KunShan Hisense Electronic Co.,Ltd.

9www.kshisense.com

KSHISENSE has been committed to the R&D of printed electronic technology and the production of related products. Centered on the production of full printed radio frequency identification (RFID) chips and labels, KSHISENSE develops and produces printed electronic materials, including nano silver conductive ink, conductive silver paste, as well as printed electronic equipment, such as printed electronic inkjet deposition system, which can be widely used in RFID, solar cells, semi-conductors, OLED display, etc; printed organic memory chips, printed antennas, printed EAS labels and printed RFID labels; and provides printed electronic technology solutions for such industries as touch screen, printed circuit board and solar cell. KSHISENSE is China’s first enterprise engaged in the R&D and production of printed electronic products, with world-leading technology.

National Innovation Alliance of Printed Electronics Industrial Technology

10

www.iape.org.cn

National Innovation Alliance of Printed Electronics Industrial Technology (herein referred to as IAPE) was founded in Beijing, on 26 October 2011, by 21 institutions consisting Beijing Institute of Graphic Communication and certain othercolleges, companies and scientific institutions. IAPE is a national technology innovation cooperation organization, aiming to improve innovation capability of printed electronics technology. Its foundation marks the significant progress of national printed electronics industry in integrating industry technology and innovation resources, leading innovation elements to companies and seizing the historic opportunity of breaking through the “low-end deadlock” dilemma. IAPE was formed based on thecompanies’ needsin their developments and the mutual interests of all IAPE members. IAPE integrates the printed electronics industry technology and innovation resources,



2014

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focuses on the printed electronics industry chain, andutilize market mechanism to pool the innovation resources,so as to develop innovative mechanism that combines the industry, academic, research and application which facilitates the cooperation between colleges, companies and scientific research institutions. IAPE is also dedicated to breaking through the bottleneck of printed electronics technology and making improvements tothe national printed electronics industry.As of today, IAPE has 59 members including companies, colleges and scientific institutions.The president of IAPE is Beijing Academy of Printing & Packaging Industrial Technology, and the secretariat of IAPE is Beijing Institute of Graphic Communication.

Coatema Coating Machinery GmbH

14Coatema Coating Machinery GmbHRoseller Straße 4D-41539 Dormagenwww.coatema.de

Coatema Coating Machinery GmbH offers production equipment and R&D for coating, printing and laminating plants for Roll to Roll and Sheet to Sheet applications. The second generation family business has over 40 years of experience in the markets of textile, foil and paper and offers pilot and production lines for these sectors.The pilot lines sector, where Coatema is the market leader in innovative technologies like batteries, fuel cells and printed electronics, was developed 15 years ago.The focus on high tech markets, world class service support and one of the most versatile R&D center in the world for coating, printing and laminating enables Coatema to offer complete Lab-to-Fab technologies.In addition to the established sector of vertically integrated machine engineering Coatema is continuously active in German and European research projects and organizes an international coating symposium every year in Dormagen. As a global acting SME Coatema has a worldwide distribution network and serves all growth markets with their products.Coatema offers machinery for:PrintingCoatingLaminating

Surface TreatmentPhotolithographyNanoimprintingLaser PatterningEncapsulationPick & placeand many more

Sigmatek Corporation

15

http://www.sigmatekcorp.com/front/bin/home.phtml

Sigmatek is an integrated supplier of capital equipment, instrument and consumable material for front-end wafer fab, back-end IC packaging house, Surface Mount Technologies accounts, Solar Cell, Fuel Cell, LED Package and Graphics inkjet. Sigmatek has tens of years experience and is recognized as a proven distributor of several remarkable principals, the sales and service reputation of Sigmatek is prevailed throughout the market in Taiwan and China.



2014

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MEMOMEMO

the international conference on flexible and printed ... · dr. toshihide kamata (national...

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