[16a-A12-1]Response of Scintillating Glass GEM for carbon beam
○Yusuke Koba1, Takeshi Fujiwara2, Naruhiro Matsufuji1, Hiroyuki Takahashi2(NIRS1, Tokyo Univ.2)
The 74th JSAP Autumn Meeting,2013
Sep 16 - Sep 20, 2013Kyotanabe Campus, Doshisha University, Kyoto, Japan
You can search for presentations in this event.
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The 74th JSAP Autumn Meeting,2013
Sep 16 - Sep 20, 2013Kyotanabe Campus, Doshisha University, Kyoto, Japan
You can search for presentations in this event.
SearchSearch Results(3,496)
[16a-A12-2]Analysis of TRU LX-ray spectra for plutonium quantitative assay
○Makoto Maeda1, Keisuke Maehata1, Naoko Iyomoto1, Kenji Ishibashi1, Koji Takasaki2, Keisuke Nakamura2, Katsunori Aoki2, Kazuhisa Mitsuda3, Keiichi Tanaka4(Kyushu Univ.1, JAEA2, ISAS/JAXA3, Hitach High-Tech Science4)
[16a-A12-3]Development of Micro-structured Fluorescent Plates by Using Proton Microbeam
○Takuro Sakai1, Ryo Yasuda1, Hiroshi Iikura1, Takehiro Nojima1, Masashi Koka2, Takahiro Satoh2, Yasuyuki Ishii2, Akihiro Ohshima3(JAEA QuBS1, JAEA TARRI2, Osaka Univ. ISIR3)
[16a-A12-4]Prototype of the Hot Spot Detector with Triple Divided Scintillators
○Yoshiyuki Shirakawa1, Takahiro Ishikawa1, Yukio Uchihori1, Shingo Kobayashi1, Toshiya Yamano2, Masaki Hara2, Norio Yoshida2, Shinji Yoshida2(NIRS1, Hitachi-Aloka2)
[16a-A12-5]Measurements of the electrical and thermal characteristics of TES microcalorimeters
○Hanae Abe1, Naoko Iyomoto1, Keisuke Maehata1, Makoto Maeda1, Shohei Ezaki1, Akira Takano1, Hisao Kawakami1, Shota Yoshimoto1(Kyushu Univ.)
[16a-A12-6]The X-ray Response of the TES Microcalorimeters with a Mushroom Shaped Absorber
○Shohei Ezaki1, Makoto Maeda1, Naoko Iyomoto1, Keisuke Maehata1, Toru Hara2, Kazuhisa Mitsuda3, Noriko Yamasaki3, Keiichi Tanaka4, Yoshihiro Yamanaka5, Takuji Ito5(Kyushu Univ.1, NIMS2, JAXA3, Hitachi High-Tech Science Co.4, Taiyo Nippon Sanso Co.5)
[16a-A12-7][INVITED]Development of CdTe pixel detector prototype with multi-window comparators
○Hidenori Toyokawa1, Toko Hirono1, Morihiro Kawase1, Shukui Wu1, Masugu Sato1, Kentaro Kajiwara1, Tomotaka Miyazawa1, Atsushi Suenaga2, Hirokazu Ikeda3(JASRI/SPring-81, Howa Sangyo Co., Ltd.2, ISAS/JAXA3)
[16a-A12-8]Study on neutron monitoring system in the helical type nuclear fusion experimental device based on Monte Carlo calculations
○Yuji Nakano1, Kenichi Watanabe1, Atsushi Yamazaki1, Akira Uritani1, Mitsutaka Isobe2, Kunihiro Ogawa2(Nagoya Univ.1, NIFS2)
[16a-A12-9]Blood Activity Measurement Using 4 Modules High Resolution PET Tomograph
○(D)Azhar Huusan Malik1, Kenji Shimazoe1, Hiroyuki Takahashi1(The University of Tokyo1)
[16a-A12-10]Study on neutron detector using a rubber dispersing small pieces of LiCaAlF6 scintillator
○（M1）Dai Sugimoto1, Kenichi Watanabe1, Atsushi Yamazaki1, Akira Uritani1, Kentaro Fukuda2, Sumito Ishidu2, Noriaki Kawaguchi2, Yutaka Fujimoto3, Takayuki Yanagida3, Akira Yoshikawa4(Nagoya Univ.1, Tokuyama Co., Ltd.2, Kyusyu Tech.3, Tohoku Univ.4)
[16a-A13-1]In-situ HRTEM observation of graphene growth catalyzed by cobalt nanoparticles
○Takahiro Tamura1, Yoshizo Takai1(Graduate School of Engineering, Osaka University)
[16a-A13-2]Electronic state mapping of oxygen in metal oxide
○Mitsutaka Haruta1, 2, Takuro Nagai1, Keiji Kurashima1, Yuichi Shimakawa2, Hiroki Kurata2, Koji Kimoto1(NIMS1, ICR Kyoto Univ2)
[16a-A13-3]The Development of a New Type of Transmission Electron Microscope applying Accelerator Technologies
○Nao Higashi1, Takaaki Furuya2, Yoshisato Funahashi2, Kenji Ueno2, Motoaki Sawabe2, Michiru Nishiwaki2, Hiroshi Sakai2, Shinichiro Michizono2, Masao Kuriki3, Satoru Yamashita4, Masahiro Yamamoo2, Atsushi Enomoto2, Yukihide Kamiya2(The Univ. of Tokyo/Graduate School of Science1, KEK2, Hiroshima Unv./ADSM3, The Univ. of Tokyo/ICEPP4)
[16a-A13-4]Analysis of a magnetic-field-superposed-objective cathode lens using boundary charge method and boundary magnetic charge method
Kouhei Ichiki1, Michinori Ishigami1, Ryousuke Inagaki1, ○Hidekazu Murata1, Hiroshi Shimoyama1(Meijo Univ.)
[16a-A13-5]X-ray spectrum measured by using TES type microcalorimeter
○Kenichi Shiiyama1, Yuji Masaki2, Shoichi Toh3, Keisuke Maehata2, Keiichi Tanaka4, Kazuhiro Yasuda2, Syo Matsumura2(Junshin Gakuen Univ.1, Kyushu Univ.2, HVEM Lab. Kyushu Univ.3, Hitachi High-Technologies Co.4)
[16a-A13-6]Simulation of fogging electron trajectories in Scanning Electron Microscope
○(M1)SOSUKE HOSOI1, KENTARO KUMAGAI1, MASATOSHI KOTERA1(Osaka Institute of Technology)
[16a-A13-7]Measurement of two-dimensional potential distribution at an insulator film on conductive substrate irradiated by electron beam
○(M1)Kentaro Kumagai1, Sosuke Hosoi1, Masaru Otani1, Masatoshi Kotera1(Osaka Institute of Technology)
[16a-A13-8]The drift reduction of Gallium Nitride layer SEM-EBSD mapping with Ion Liquid
○Hirobumi Morita1, Takashi Egawa1, Kazutaka Nimura2(Nagoya Institute of Technology1, Hitachi High-Technologies2)
[16a-A13-9]The drift reduction of Gallium Nitride layer SEM-EBSD mapping by Focused Ion Beam and carbon deposition
○Hirobumi Morita1, Takashi Egawa1, Hideki Hirota2, Kazutaka Nimura2(Nagoya Institute of Technology1, Hitachi High-Technologies2)
[16a-A13-10]SIMS Analysis of Cs containing Natural Specimens
○Tetsuo Sakamoto1, Kenji Ohishi1, Satoru Nagashima2, Isamu Kawakami3, Takeo Okumura4(Kogakuin Univ.1, TOYAMA2, Atoh Komuten3, J-NOP4)
[16a-A14-1]Experimental observation of antiphase dynamics in transverse-modes of broad-area semiconductor laser
○Masaya Arahata1, Atsushi Uchida1(Saitama Univ.)
[16a-A14-2]Ray Analysis for a Penrose Unilluminable Room Cavity
○Takehiro Fukushima1, Susumu Shinohara2, Satoshi Sunada3, Takahisa Harayama4, Koichiro Sakaguchi1, Yasunori Tokuda1(Okayama Prefectural Univ.1, NTT CS Labs.2, Kanazawa Univ.3, Toyo Univ.4)
[16a-A14-3]Secure communications system based on electro-optical hybrid chaos dynamics
○Masanori Hisatomi1, Wakao Sasaki1(Doshisha Univ.1)
[16a-A14-4]A Smart Grid Technology Using Self-Organization Nodes Based on the Optical Complexity Systems
○Hiroto Nanri1, Hiroki Bando1, Wakao Sasaki1(Doshisha Univ.1)
[16a-A14-5]Driving current and ambient temperature relations of mode-hopping phenomena in the violet laser diodes
○Masato Kawasumi1, Wakao Sasaki1(Doshisha Univ.1)
[16a-A14-6]Speckle noise reduction of RGB-laser diodes for projection displays by applying high frequency driving current
○Yoshifumi Kouno1, Wakao Sasaki1(Doshisha Univ.1)
[16a-A14-7]Generation of wide range THz waves using a semiconductor laser chaos and a high bias voltage
○Fumiyoshi Kuwashima1, Takuya Shirao1, Yuuki Yamashita1, Masahiko Tani2, Kazuyoshi Kurihara3, Kohji Yamamoto2, Masanori Hangyo4, Takeshi Nagashima4, Hiroshi Iwasawa5(FUT1, FIR FU2, Univ. Fukui3, Inst. of Laser Eng. Osaka Univ.4, Professor Emeritus, Univ. Fukui5)
[16a-A2-1]Characterizations of shocked Bi-superconducting crystal grain by annealing effects
○Takahiro Nakamura1, Shigeya Tomioka1, Takaki Kameya1, Hiroshi Kezuka1, chen liliang2, Tsutomu Mashimo2, Syuniti Arishawa3(Tokyo University of Technology1, kumamoto University2, National Institute for Materials Science3)
[16a-A2-2]First-Principles Investigation on Chemical Mechanical Polishing Mechanism of α-Al2O3 Substrate by Silica Abrasive Grain
○Nobuki Ozawa1, Kang Zhou1, Takehiro Aizawa1, Yuji Higuchi1, Momoji Kubo1(Tohoku Univ.1)
[16a-A2-3]Relationship between Tuning Intonation and Tone Color in Violin performances -Comparison between Pythagorean Tuning and Equal Temperament Tuning-
○Akihiro Matsutani1(Semiconductor & MEMS, Tokyo Tech1)
[16a-A3-1]43Ca+ control in ICPMS-IT-LCS by DFOC
○Kyunghun Jung1, Yuta Yamamoto1, Shuichi Hasegawa1(Tokyo Univ.1)
[16a-A3-2]Laser-scattering spectroscopy of reaction field induced by laser ablation of a titanium target in water
○(M2)Masato Takeuchi1, Kouichi Sasaki1, Noriharu Takada2(Hokkaido Univ.1, Nagoya Univ.2)
[16a-A3-3]Development of Differential-Absorption Lidar for Water Vapor Using a Coherent White Light Continuum
○Toshihiro Somekawa1, Naohiro Magago2, Hiroaki Kuze2, Fujita Masayuki1,3(Inst. for Laser Tech.1, CEReS, Chiba Univ.2, Inst. Laser Eng., Osaka Univ.3)
[16a-A3-4]Mobile lidar for high-precision CO2 monitoring
○Makoto Abo1, Yasukuni Shibata1, Chikao Nagasawa1(Tokyo Metropolitan Univ.1)
[16a-A3-5]In-situ N2O monitoring for agricultural production using 4.6-\mum-band difference frequency generation light source
○Akio Tokura1, Masaki Asobe1, Koji Enbutsu1, Toshihiro Yoshihara2, Shin-nosuke Hashida2, Hirokazu Takenouchi1(NTT Photonics Labs.1, Environ. Sci. Lab., CRIEPI2)
[16a-A8-1]Electrochemical Preparation of nano-pillar-ZnO/ Cu2O solar cell
○Toshiaki Takahashi1, Takayuki Ohta1, Misaki Kondo1, Tsutomu Shinagawa2, Thierry Pauporté3, Masanobu Izaki1(Toyohashi Univ.1, Osaka Inst.2, CNRS3)
[16a-A8-2]Cu(In,Ga)Se2 solar cells prepared by the Zn(O,S) buffer layer
○Tetsuhito Okamoto1, Hironori Komaki2, Jyunji Sasano1, Shigeru Niki2, Masanobu Izaki1(Toyohashi Univ of Tech1, Inst. of Adv. Industrial Science & Tech2)
[16a-A8-3]Photovoltaic properties of ZnO/c-Se heterojunction photodiode device
○Shigeyuki Imura1, Kenji Kikuchi1, Kazunori Miyakawa1, Misao Kubota1, Hiroshi Ootake1(NHK STRL1)
[16a-A8-4]Characteristics of a triangular barrier photodiode with quantum dot structures
○Sho Nakamura1, Masato Ohmori1, Pavel Vitushinskiy1, Hiroyuki Sakaki1(Toyota Technological Inst.1)
[16a-A8-5]GHz Response of Metamorphic InAlAs MSM Photodetector on GaAs Substrate
○Kazuaki Maekita1, Takeo Maruyama1, Koichi Iiyama1, Toshikazu Suzuki2(Kanazawa Univ.1, JAIST2)
[16a-A8-6]Simultaneous formation of spot-size converters and photodiode waveguides to 90° hybrid for compact coherent receiver by selective regrowth
○Naoko Inoue1, Hideki Yagi1, Ryuji Masuyama1, Takehiko Kituchi1, Yutaka Onishi1, Tomokazu Katsuyama1, Masahiro Yoneda1(SEI, LTD1)
[16a-A8-7]Wavelength dependence of Nonlinear Response for Photodiodes II
○Minoru Tanabe1, Kuniaki Amemiya1, Takayuki Numata1, Daiji Fukuda1, Tatsuya Zama1(NMIJ AIST1)
[16a-A8-8]Detection Wavelength Control of Quantum Dot Infrared Photodetectors Containing High Density InGaAs Quantum Dots
○Sota Kagami1,2, Yuichi Igarashi1,2, Katsuyuki Watanabe2, Masayuki Shirane1,2, Shunsuke Ohkouchi2, Shinichi Yorozu1,2, Yasuhiko Arakawa2,3(NEC Corporation1, NanoQuine2, IIS the Univ. of Tokyo3)
[16a-A8-9]Improved specific detectivity of a quantum dot infrared photodetector by Si-doping
○Yuichi Igarashi1,2, Souta Kagami1,2, Katsuyuki Watanabe2, Masayuki Shirane1,2, Shunsuke Ohkouchi2, Shinichi Yorozu1,2, Yasuhiko Arakawa2,3(NEC Corporation1, NanoQuine2, IIS the Univ. of Tokyo3)
[16a-A8-10]The Characteristic improvement of 8.0um InAsSb photodiodes
○Akimasa Tanaka1, Daisuke Sumura1, Asuka Mishima1, Takahide Yanai1(HAMAMATSU1)
[16a-B3-1]Prediction of Argon Flow and Impurity Transport
in a CZ-Si Crystal Growth with Different Gas Flow Solvers
○Xin Liu1, Bing Gao1, Satoshi Nakano1, Koichi Kakimoto1(RIAM, Kyushu Univ.1)
[16a-B3-2]Growth of Ge thin film on Si(100) with different mediated carbon binding state
○yuhki itoh1, Shinji Hatakeyama1, Hayate Okuno2, katsuyoshi washio1,2(Tohoku Univ.1, Tohoku Univ.2)
[16a-B3-3]Crystal Growth of Pr-doped Lu3Al5O12 by IR-FZ Method
○Satoshi Watauchi1, Hitomi Ashizawa1, Masanori Nagao1, Isao Tanaka1, Shunsuke Kurosawa2,3, Yuui Yokota3, Akira Yoshikawa2,3(Univ. of Yamanashi1, Tohoku Univ.2, Tohoku Univ.3)
[16a-B3-4]Effects of Lamp Power Ratio on Growth Interface during FZ Growth of Cu-substituted C12A7 Single Crystals
○Kota Kakizawa1, Masanori Nagao1, Satoshi Watauchi1, Isao Tanaka1(Univ. Yamanashi1)
[16a-B3-5]Growth and Characterization of Eu:SrI2 Bulk Crystals by Micro-pulling-down Method
○Yuui Yokota1, Shunsuke Kurosawa1,2, Kei Nishimoto2, Kei Kamada1, Akira Yoshikawa1,2(NICHe, Tohoku Univ.1, IMR, Tohoku Univ.2)
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