[17a-A3-1]Study on Polarized Multilayer-Photodiodes Detecting Two Different Wavelength with Fluorene-Type Polymers
○Hirotaka Oyama1, Kazuya Hashimoto1, Hirotake Kajii1, Yutaka Ohmori1(Osaka Univ.1)
The 75th JSAP Autumn Meeting, 2014
Sep 17 - Sep 20, 2014Sapporo Campus, Hokkaido University
You can search for presentations in this event.
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The 75th JSAP Autumn Meeting, 2014
Sep 17 - Sep 20, 2014Sapporo Campus, Hokkaido University
You can search for presentations in this event.
SearchSearch Results(4,185)
[17a-A3-2]Tactile sensors using three-dimensional organic field-effect transistors
○Mayumi Uno1, Yusuke Kanaoka1, BuSung Cha1, Hiro Anan2, Kazuhiko Kano2, Masayuki Katayama2(TRI-Osaka1, DENSO CORPORATION2)
[17a-A3-3]Fabrication and Characterization of Flexible Organic Field-Effect Transistors.
○Tomoaki Kubota1, Takahiro Tsuruda1, Hidenori Okuzaki1(Yamanashi Univ.1)
[17a-A3-4]Optimization Design of Bimorph Conducting Polymer Soft Actuator based on Polypyrrole
○Masaki Fuchiwaki1(Kyushu Inst. Tech.1)
[17a-A3-5]Hierarchical structure of conductive polymers and its application to solid capacitors
○(M1)Hiromi Takezawa1, Masato Katsunuma1, Tatsuhiro Horii1, Yuechen Li1, Hidenori Okuzaki1(Yamanashi Univ.1)
[17a-A3-6][Young Scientist Oral Presentation Award Speech]（15min.）
Single-Walled Carbon Nanotubes/Poly(Ionic Liquids) Nanocomposites for Extremely High Thermovoltage
○Motohiro Nakano1, Yoshiyuki Nonoguchi1, Takuya Nakashima1, Tsuyoshi Kawai1(NAIST1)
[17a-A3-7]Non-linear current-voltage characteristics and signal transfer properties of self-assembled monolayer
○Mariko Yamaguchi1, Tatsuhiko Ohto1, Ryo Yamada1, Hirokazu Tada1(Osaka Univ.1)
[17a-A3-8]Miscibility of Liquid Crystalline Phases and the Carrier Transport Properties for the Alkyl Homologues of Bis(alkylthienyl)naphthalene (nTNATn)
Kouki Kawano1,2, Shimzo Nawamoto1, Hiroya Nishikawa1,2, Hirosato Monobe1, ○Yo Shimizu1(AIST-Ubiqen1, Ryukoku Univ.2)
[17a-A3-9]Temperature dependences of Pyroelectric properties for Vinylidene fluoride oligomer thin films
○Akimitsu Mori1, Tetsuhiro Kodani2, Meiten Koh2, Takashi Kanemura2, Yasuko Koshiba1, Masahiro Misaki1, Kenji Ishida1(Graduate School of Eng., Kobe Univ.1, DAIKIN Industries, Ltd2)
[17a-A3-10]Thermal conductivity of conducting polymer studied by 3ω method
○Hiroaki Ushirokita1, Hirokazu Tada1(Graduate School of Engineering Science, Osaka Univ.1)
[17a-A4-1]Production of Tetracene Thin Films Using Rapid Expansion of Supercritical Solutions Technique and Effects of Spray Time on the Production
○(D)Tatsuya Fujii1, Yuta Takahashi1, Hirohisa Uchida1(Shinshu University1)
[17a-A4-2]Top-Gate Organic Transistors Fabricated by Electrostatic Spray Deposition
○Norio Onojima1, Hiroki Saito1, Kazuhiro Hara1(Univ. of Yamanashi1)
[17a-A4-3]Organic Thin Film Transistors Fabricated by Ultrasonic Welding
○Masatoshi Sakai1, Yota Yamazaki1, Tatsuhiko Sasaki1, Shohei Yamaguchi1, Junro Hayashi1, Shigekazu Kuniyoshi1, Hiroshi Yamauchi1, Yuichi Sadamitsu2, Shoji Shinamura2, Kazuhiro Kudo1(Chiba Univ.1, Nippon Kayaku Co. Ltd.2)
[17a-A4-4]Solution-Crystallized Polymer and Small-Molecular Semiconductor Blend thin-Films for Large-Area and High-Mobility OFETs
○Junshi Soeda1,2, Chikahiko Mitsui1, Toshihiro Okamoto1, Jun Takeya1,2(Univ. of Tokyo1, Osaka Univ2)
[17a-A4-5]Ultra-high-speed vacuum deposition of small molecules and its influence on FET characteristics
○Takuma Teraoka1, Ryousuke Matsubara1, Hirotaka Kojima1, Masakazu Nakamura1(NAIST1)
[17a-A4-6]Fabrication Technology in Flexible OLED Panel for Lighting
○Byoung-Gon YU1, Jaehyun Moon1, Joohyun Hwang1, Seung Koo Park1, Nam Sung Cho1, Jun-Han Han1, Doo-Hee Cho1, Jonghee Lee1, Hye Yong Chu1, Jeong-Ik Lee1(ETRI1)
[17a-A4-7]Observation of the dynamic process of the organic thin-film formation by a spin coating method
○Yoshiyuki Suzuri1,2, Haruo Inoue2(Yamagata University1, Tokyo Metropolitan University2)
[17a-A4-8]Control surface morphology of F8BT thin film and fabrication of OLED by Nanomist Deposition(NMD) technique.
○Daiki Nishi1, Junichi Ishino1, Akihiko Kikuchi1,2(Sophia Univ.1, Sophia Nanotech Research Center2)
[17a-A4-9]Solution processed multilayered polymer light-emitting diodes having a polymer electron injection layer
○Kazuhiko Kurami1, Eiji Ito1(Shinshu Univ.1)
[17a-A4-10]Enhancement of electrical characteristics of organic films by cold isostatic pressing
○Toshinori Matsushima1,2, Yuu Esaki1, Chihaya Adachi1,2(OPERA Kyushu Univ.1, JST ERATO2)
[17a-A5-1]Molecular dynamics simulation of organic thin film growth
○Toshihiro Shimada1, Takahiro Tamura2, Takashi Yanase3, Taro Nagahama2(Hokkaido Univ.1, Hokkaido Univ.2, Hokkaido Univ.3)
[17a-A5-2]Temperature dependence of pentacene thin films structures observed by in-situ 2D-GIXD
○Takafumi Oguri1, Keisuke Tada1, Takesi Watanabe2, Mamoru Kikuti1, Tomoyuki Koganezawa2, Masakazu Nakamura3, Itiro Hirosawa2, Noriyuki Yoshimoto1(Iwate.Univ1, JASRI2, NAIST3)
[17a-A5-3]In-situ structural analysis and device properties of pentacene/perfluoro pentacene co-evaporated thin films
○Keisuke Tada1, Takeshi Watanabe2, Kousaku Nishida1, Tomoyuki Koganezawa2, Mamoru Kikuchi1, Ichiro Hirosawa2, Noriyuki Yoshimoto1(Iwate Univ.1, JASRI2)
[17a-A5-4]A study on deposition temperature dependence of pentacene film deposited on nitrogen-doped LaB6 thin film
○Yasutaka Maeda1, Shun-ichiro Ohmi1, Tetsuya Goto2, Tadahiro Ohmi2(Tokyo Tech.1, Tohoku Univ.2)
[17a-A5-5]Widening of Wavelength Regions of Photocurrent Spectra by Multi-Dye Layers Grown by Liquid-Phase Molecular Layer Deposition
○Yusaku Matsumura1, Tetsuzo Yoshimura1(Tokyo Univ. of Technology1)
[17a-A5-6]Electric-Field Control of C8-BTBT Growth during Solvent Vapor Annealing
○Kenji Kotsuki1, Koichiro Saiki1(Sch. of Science, The Univ. of Tokyo1)
[17a-A5-7]Characterization of Octacyanophthalocyanine Prepared by Ttramerization of Tetracyanobenzene in Ionic liquid
○Yasuko Koshiba1, Minako Matsumoto1, Yumi Miyake1, Masahiro Misaki1, Kenji Ishida1(Kobe Univ.1)
[17a-A5-8]Control of molecular packing in flexible thienoquinoid semiconductor thin films by rubbing
○Tetsuya Aoyama1, Yuki Yokota1,2, Daisuke Hashizume3, Kazuto Takaishi1, Masanobu Uchiyama1,6, Pascal André1, Toshihiko Tanaka4, Shinya Matsumoto1,2, Jean-Charles Ribierre5(RIKEN1, Yokohama Nat. Univ.2, RIKEN CEMS3, Fukushima Nat. College Tech.4, Kyushu Univ.5, Univ. of Tokyo6)
[17a-A5-9][Molecular Electronics and Bioelectronics Award Speech]（30min.）
How to arrange molecules
○Kiyoshi Yase1(NMIJ, AIST1)
[17a-A6-1]Growth of flat metal thin-film on GaAs(001) surface
○Shigeru Kaku1, Kenta Imamiya1, Masayuki Tsukui1, Jyunji Yoshino1(Tokyo Tech.1)
[17a-A6-2]Anomalous Excitation of Surface Plasmon for Specular Beam of RHEED
○Yoshimi Horio1, Tomonao Hara1, Yuji Takakuwa2, Shuichi Ogawa2(Daido Univ.1, Tohoku Univ. IMRAM2)
[17a-A6-3]In-situ stress observation of Si(111)7×7 reconstruction during Ge/Si heteroepitaxial growth
○Yuki Uozumi1,2, Tatsuya Yamazaki3, Hidehito Asaoka1(JAEA1, Hitachi Power Solutions2, Eiko Enjineering3)
[17a-A6-4]Electronic Structure of Clean and Pb and In Adsorbed-Ge(001) Surfaces
○Tomohiro Sakata1, Sakura Takeda1, Kousuke Kitagawa1, Hiroshi Daimon1(Materials Science NAIST1)
[17a-A6-5]Evolution of Oxide States on Ge(111)-c(2×8) Depending on Translational Energy of O2
○(D)Ryuta Okada1,2, Akitaka Yoshigoe1, Yuden Teraoka1,3, Yutaro Iwai1,3, Yoichi Yamada2, Masahiro Sasaki2(JAEA1, Univ. of Tsukuba2, Univ. of Hyogo3)
[17a-A6-6]Time-resolved Observation of Molecular Adsorbed Oxygen at Si(100)-2×1 Surface using Real-time Synchrotron Radiation Photoelectron Spectroscopy
○Akitaka Yoshigoe1, Ryuta Okada1,2, Yuden Teraoka1,3, Yutaro Iwai3, Yoichi Yamada2, Masahiro Sasaki2(JAEA1, Univ. of. Tsukuba2, Univ. of Hyogo3)
[17a-A6-7]Growth and electronic states of α-sexithiophene thin films grown on passivated Si(001) surfaces
○Shinya Ohno1, Hiroya Tanaka1, Kenta Hiraga1, Kazuma Tanaka1, Kazutoshi Takahashi2, Masao Kamada2, Hiroaki Toyoshima1, Kei Inoue1, Kozo Mukai3, Jun Yoshinobu3, Masatoshi Tanaka1(Yokohama Nat'l Univ.1, Saga Univ.2, ISSP, Univ. of Tokyo3)
[17a-A6-8]Confining of a TMP molecule in the molecular corrals formed on a silicon surface
○Masaru Shimomura1, Ai Iwanabe1, Takashi Kiyose1(Shizuoka Univ.1)
[17a-A6-9]Creation and Shape Control of Ag Nanoparticle on Si(111) by STM tip
○Masaki Hotsuki1, Satoshi Katano1, Yoichi Uehara1(RIEC, Tohoku Univ.1)
[17a-A7-1]Penetration of high-aspect-ratio flexible silicon-microwires with a dissolvable material
○(M2)Satoshi Yagi1, Shota Yamagiwa1, Tatsuya Imashioya1, Hideo oi1,2, Yoshihiro Kubota1, Makoto Ishida1,2, Takeshi Kawano1(Toyohashi Tech1, EIIRIS2)
[17a-A7-2]Silicon-whisker electrode block modules for multi-channel neuronal recordings
○Hirohito Sawahata1, Shota Yamagiwa1, Airi Moriya1, Hideo Oi2, Yoriko Ando2, Rika Numano1,2, Makoto Ishida1,2, Kowa Koida2, Takeshi Kawano1(Toyohashi Univ. of Tech.1, EIIRIS2)
[17a-A7-3]A nanoscale tipped microprobe electrode array for intracellular recording
○(M2)Yoshihiro Kubota1, Hideo Oi2, Hirohito Sawahata1, Akihiro Goryu1, Yoriko Ando2, Rika Numano1,2, Makoto Ishida1,2, Takeshi Kawano1(Toyohashi Tech.1, EIIRIS2)
[17a-A7-4]Functional Evaluation of a Smart Electrode Device with Built-in CMOS Microchips for Retinal Prosthesis
○(M2)Takumi Fujisawa1, Toshihiko Noda1, Yasuo Terasawa2, Hiroyuki Tashiro1,3, Hiroaki Takehara1, Kiyotaka Sasagawa1, Takashi Tokuda1, Jun Ohta1(NAIST1, NIDEK2, Kyushu Univ.3)
[17a-A7-5]Development and In-vivo Evaluation of the Si Neural Probe with Sharpened Tip and Triangular Shank Structure
○Takuya Harashima1, Takaharu Tani1, Yusaku Suzuki1, Hisashi Kino2, Norihiro Katayama3, Tetsu Tanaka1,2(Tohoku Univ.1, Tohoku Univ.2, Tohoku Univ.3)
[17a-A7-6]Development of a CMOS Linesensor for an Implantable Fluorescence-Based Continuous Glucose Monitoring
○(D)Toshikazu Kawamura1, Keita Masuda1, Hiroaki Takehara1, Toshihiko Noda1, Kiyotaka Sasagawa1, Takashi Tokuda1, Masayuki Takahashi2, Teru Okitsu3, Shoji Takeuchi3, Jun Ohta1(Nara Institute of Science and Technology1, TERUMO CORP.2, The university of Tokyo3)
[17a-A7-7]CMOS-based Opto-Electorinic Neural Interface Device for Optogenetics
○Naoya Kamiyama1, Hiroaki Takehara1, Toshihiko Noda1, Kiyotaka Sasagawa1, Takashi Tokuda1,2, Jun Ohta1(NAIST1, JST-PRESTO2)
[17a-A7-8]Development of implantable imaging devices for intravital fluorescent imaging of transgenic mice
○Hiroaki Takehara1, Yasumi Ohta1, Mayumi Motoyama1, Makito Haruta1, Toshihiko Noda1, Kiyotaka Sasagawa1, Takashi Tokuda1, Sadao Shiosaka2, Jun Ohta1(Grad. Sch. Materials Science NAIST1, Grad. Sch. Biological Sciences NAIST2)
[17a-A7-9]Dual-mode lensless imaging device for droplet microchamber array
○Kiyotak Sasagawa1,4, Kazuki Kitaguchi1, Hironari Takehara1,4, Toshihiko Noda1,4, Takashi Tokuda1,4, Soo Hyeon Kim2,4, Lisa Yamauchi2,4, Ryota Iino3,4, Hiroyuki Noji2,4, Jun Ohta1,4(NAIST1, Univ. Tokyo2, Okazaki Inst. Integrative Biosci.3, JST-CREST4)
[17a-A7-10]Stabilization of amplification employing directly amplified redox sensor for improvement of the limit of detection.
○Sou Takahashi1, Masato Futagawa2, Makoto Ishida1, kazuaki Sawada1(Toyohashi Univ. of Tech.1, Shizuoka Univ.2)
[17a-A8-1]High-rate homoepitaxial growth of diamond (100) films by MPCVD using spherical cavity
○Shunsuke Watanabe1, Ryusuke Morimoto1, Daiki Kaneta1, Norio Tokuda1,2,3, Hiromitsu Kato2,3, Hitoshi Umezawa2,3, Satoshi Yamasaki2,3, Osamu Ariyada4, Takao Inokuma1(Grad. School of Natural Sci. & Tech. Kanazawa Univ.1, AIST2, JST,CREST3, Arios Inc4)
[17a-A8-2]Reduction of Defect Formation in Homoepitaxial Diamond Film Growth
○Tokuyuki Teraji1(NIMS1)
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