Session information

Regular sessions(Poster presentation)

16. Amorphous and Microcrystalline Materials » 16.3 Bulk, thin-film and other silicon-based solar cells

[29p-PA9-1~23] 16.3 Bulk, thin-film and other silicon-based solar cells

Fri. Mar 29, 2013 4:00 PM - 6:00 PM PA9 (1st gymnasium)

Poster Session 16:00〜18:00(PA)

△：Young Scientist Oral Presentation Award Applied
▲：English Presentation
▼：Both Award Applied and English Presentation

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[29p-PA9-1] Characterization of Silicon Nanowires Grown Using Low Melting Point Metal Catalysts

^○Keigo Fukunaga¹, Tomoaki Hatayama¹, Hiroshi Yano¹, Naohumi Okamoto¹, Ayumi Tani¹, Takashi Fuyuki¹ (NAIST¹)

[29p-PA9-2] ▲Grain Growth Behavior of Directionally Grown Multicrystalline Silicon

^○Ronit Prakash^1,2, Yoshiji Miyamura¹, Jun Chen¹, Karolin Jiptner^1,2, Jianyong Li³, Hirofumi Harada¹, Takashi Sekiguchi^1,2 (NIMS¹, Tsukuba Univ.², Meiji Univ.³)

[29p-PA9-3] Carrier Concentration Profiling on Pyramid Texture Surface: Calibration of Electrochemical Capacitance Voltage using Scanning Electron Microscopy

^○Yuji Komatsu¹, Daisuke Harata^1,2, Erik W. Schuring¹, Ard H.G. Vlooswijk³, Shigetaka Katori², Shizuo Fujita², Ilkay Cesar¹ (ECN (NL)¹, Kyoto Univ.², Tempress (NL)³)

[29p-PA9-4] A study on texturing process for diffused layers of multi-crystalline silicon solar cells using chlorine trifluoride(Ⅱ)

Akira Kubota¹, Sigeto Iwama¹, ^○Ryosuke Watanabe¹, Yoji Saito¹ (Seikei Univ.¹)

[29p-PA9-5] Optimization of texturing process for mono-crystalline silicon solar cells using ClF3 plasmaless dry etching (Ⅰ)

Yoshinori Miyasaka¹, Manabu Oshima¹, ^○Ryosuke Watanabe¹, Yoji Saito¹ (Seikei Univ.¹)

[29p-PA9-6] Preparation of Anti-Reflective Coating for Crystal Silicon Solar Cells by Spray Method

^○Norihisa Harano¹, Ito Seigo¹, Tomitarou Harada² (Univ. of Hyogo¹, Daiwa Sangyo co. ltd.²)

[29p-PA9-7] The difference in impedance data to the manufacture method of a silicon solar cell

^○Hiroyuki Kanda¹, Seigo Ito¹, Tomitarou Harada² (Univ. of Hyogo¹, Daiwa Sangyo co. ltd.²)

[29p-PA9-8] Silica Sol Coating to Block Phosphorous Diffusion for Fabrication of Crystalline Silicon Solar Cells

^○Ken Fukatsu¹, Seigo Ito¹, Yutaka Kimura², Kenji Tanimoto² (Univ. of Hyogo¹, Nissan Chemical Industries ltd²)

[29p-PA9-9] Productionof the aluminum paste for silicon solar cells using PVA

^○Takuma Noguchi¹, Seigo Ito¹, Toshifumi Matsuoka², Hiroaki Okamoto³ (Univ.of Hyogo¹, Japan Vam&Poval co. ltd.², Shin-Etsu Chemical co. ltd.³)

[29p-PA9-10] Thermal stabitly and electrical characterization of SrSiOx/Si structure

^○（B）Shota Taniwaki¹, Yuki Toyoshima¹, Yasushi Hotta^1,3, Haruhiko Yoshida^1,3, Koji Arafune^1,3, Atsushi Ogura^1,2, Shin-ichi Satoh^1,3 (Univ. of Hyogo¹, Meiji Univ², JST-CREST³)

[29p-PA9-11] ▲Detailed Study on the c-Si Surface Passivation Mechanism of O3-Based Batch Atomic Layer Deposited AlOx for Solar Cell Applications

^○Hyunju Lee^1,4, Tomihisa Tachibana^1,4, Norihiro Ikeno^1,4, Hiroki Hashiguchi^1,4, Yuki Tsuchiya^1,4, Koji Arafune^2,4, Haruhiko Yoshida^2,4, Shin-ichi Satoh^2,4, Toyohiro Chikyow³, Atsushi Ogura^1,4 (Meiji University¹, University of Hyogo², National Institute for Materials Science³, JST-CREST⁴)

[29p-PA9-12] Effect of Initial Oxidized Layer Condition on Passivation Quality of AlOx films Deposited by Atomic Layer Deposition Technique at Room Temperature

^○Chikako Sakai^1,3, Syunsuke Yamamoto^1,3, Shohei Miki^1,3, Koji Arafune^1,3, Yasushi Hotta^1,3, Haruhiko Yoshida^1,3, Atsushi Ogura^2,3, Shin-ichi Satoh^1,3 (University of Hyogo¹, Meiji University², JST-CREST³)

[29p-PA9-13] Effect of UV Irradiation on Passivation Quality of Atomic Layer Deposited AlOx Films

Chikako Sakai^1,3, Ko Urushibata^1,3, ^○Shohei Miki^1,3, Koji Arafune^1,3, Yasushi Hotta^1,3, Haruhiko Yoshida^1,3, Atsushi Ogura^2,3, Shin-ichi Satoh^1,3 (University of Hyogo¹, Meiji University², JST-CREST³)

[29p-PA9-14] Device Technologies and Fundamental Properties of SiGe Solar Cell Formed by MBE

^○Masaki Muranaka¹, Yoshiyuki Suda¹ (Tokyo Univ. of Agric. & Technol.¹)

[29p-PA9-15] Electrical Property of SiOx film grown by MBE

^○（PC）Miki Fujita^1,2, Tsuyoshi Kitada¹, Minoru Kondoh¹, Atsushi Kawaharazuka^1,2, Yoshiji Horikoshi^1,2 (Waseda Univ.¹, CREST²)

[29p-PA9-16] Si/SiO2 multilayer films deposited by ultrahigh vacuum radio frequency magnetron sputtering method

^○Toshio Takeuchi¹, Atsushi kawaharatuka¹, Miki Fujita¹, Tomoya Inoue¹, Yoshiji Hotikoshi¹ (Waseda University¹)

[29p-PA9-17] Transform of Si and AZO films using GO as a template for Si thin-film solar cells

^○Kyohei Watanabe¹, Hideto Koshino¹, Ryo Ishikawa¹, Keiji Ueno¹, Hajime Shirai¹ (Saitama Univ.¹)

[29p-PA9-18] Surfactant-free P and B co-doped colloidal Si nanocrystals

^○Hiroshi Sugimoto¹, Masataka Hasegawa¹, Minoru Fujii¹, Kenji Imakita¹, Shinji Hayashi¹, Kensuke Akamatsu² (Kobe Univ.¹, Konan Univ.²)

[29p-PA9-19] Evaluation of damage of a-Si flexible solar cells under uniaxial tensile using acoustic emission method and lock-in thermography

^○Hiroyuki Tazawa¹, Takenobu Sakai¹, Shuichi Wakayama¹ (Tokyo Metropolitan Univ.¹)

[29p-PA9-20] Characterization of Solar Cell Using a Laser Terahertz Emission Microscope under White Light Illumination

^○Hidetoshi Nakanishi¹, Akira Ito¹, Salek Khandoker², Kazuhisa Takayama², Iwao Kawayama², Hironaru Murakami², Masayoshi Tonouchi² (Dainippon Screen Mfg.¹, ILE Osaka Univ.²)

[29p-PA9-21] Improvement of PID resistance of photovoltaic modules by preventing leakage current using encapsulants with high volume resistivity

^○Yuta Takeda¹, Yuki Shitanoki¹ (Du Pont kabushiki Kaisha¹)

[29p-PA9-22] Developments of Multi-striped Orthogonal Photon-Photocarrier Propagation Solar Cells Based on Si-based Inorganic Semiconductors

^○Akira Ishibashi¹, Kazuhiko Satoh², Tsuyoshi Kasai¹, Kenji Kondo¹, Hideo Kaiju¹ (RIES, Hokkaido Univ.¹, MARL, Teijin Ltd.²)

[29p-PA9-23] Review of optimal bandgap considering change of solar spectrum

^○Taichi Inamura¹, Kuniyuki Kakushima², Ahmet Parhat¹, Yoshinori Kataoka², Akira Nishiyama², Nobuyuki Sugii², Kazuo Tsutsui², Kenji Natori¹, Takeo Hattori¹, Hiroshi Iwai¹ (Tokyo Tech. FRC¹, Tokyo Tech IGSSE²)

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