Poster presentation

[18p-PB1-1~3] 7.1 X-ray technologies

Thu. Sep 18, 2014 1:30 PM - 3:30 PM PB1 (Gymnasium2)

ポスター掲示時間13:30～15:30(PB1会場)

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

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1:30 PM - 3:30 PM

[18p-PB1-1] Neutron reflection imaging

^○Kenji Sakurai¹, Kazuhiro Akutsu², Noboru Miyata², Takayoshi Ito², Mari Mizusawa² (Nat. Inst for Mater. Sci.¹, CROSS²)

1:30 PM - 3:30 PM

▲ [18p-PB1-2] High-precision curving process of Si wafer for X-ray MEMS mirror used in space application

Rasadujjaman Md^1,2, ^○Yuichi Kurashima¹, Atsuhiko Maeda¹, Hiroshi Hiroshima¹, Hideki Takagi¹, Eiichi Kondoh², Yuichirou Ezoe³ (AIST¹, Univ. of Yamanashi², Tokyo Metropolitan Univ.³)

1:30 PM - 3:30 PM

▲ [18p-PB1-3] X-ray Talbot Interferometry Using a Laser Compton Scattering X-ray Source

^〇Margie Olbinado¹, Yoshitaka Taira², Masato Yasumoto², Kazuyuki Sakaue³, Ryunosuke Kuroda², Atsushi Momose¹ (Tohoku University¹, AIST², Waseda University³)

Oral presentation

[19p-A13-1~14] 7.1 X-ray technologies

Fri. Sep 19, 2014 1:15 PM - 5:00 PM A13 (E304)

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

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1:15 PM - 1:30 PM

[19p-A13-1] [Young Scientist Oral Presentation Award Speech]（15min.）
Development of X-ray Talbot-Lau Interferometer based on Self-image Direct-detection using Multiline Embedded Targets

^○Naoki Morimoto¹, Sho Fujino¹, Ken-ichi Ohshima², Jimpei Harada³, Takuji Hosoi¹, Heiji Watanabe¹, Takayoshi Shimura¹ (Osaka Univ.¹, Univ. of Tsukuba², Nagoya Univ.³)

1:30 PM - 1:45 PM

[19p-A13-2] Fabrication of Micro X-ray Source Array using Embedded Targets and Evolution to Two Dimensional X-ray Phase Contrast Imaging

^○Naoki Morimoto¹, Sho Fujino¹, Yasuhiro Ito¹, Amane Yamazaki¹, Takuji Hosoi¹, Heiji Watanabe¹, Takayoshi Shimura¹ (Osaka Univ.¹)

1:45 PM - 2:00 PM

△ [19p-A13-3] Investigation of Compact Talbot-Lau Interferometer with Embedded X-ray Tungsten Targets towards High Energy X-ray Phase Contrast Imaging

^○Yasuhiro Ito¹, Naoki Morimoto¹, Amane Yamazaki¹, Takuji Hosoi¹, Heiji Watanabe¹, Takayoshi Shimura¹ (Osaka University¹)

2:00 PM - 2:15 PM

△ [19p-A13-4] Evaluation of Multiline Embedded X-ray Au Targets Fabricated by Electroplating

^○amane yamazaki¹, naoki morimoto¹, yasuhiro ito¹, takuji hosoi¹, heiji watanabe¹, takayoshi shimura¹ (Osaka Univ.¹)

2:15 PM - 2:30 PM

[19p-A13-5] Dynamics of laser-irradiated tin droplet II

^○Atsushi Sunahara¹, Katsunobu Nishihara², Akira Sasaki³ (ILT¹, ILE Osaka Univ.², JAEA KANSAI APRI³)

2:30 PM - 2:45 PM

[19p-A13-6] Modeling of laser and target interaction in the plasma EUV sources

^○Akira Sasaki¹, Atsushi Sunahara², Katsunobu Nishihara³ (JAEA¹, ILT², ILE Osaka Univ.³)

2:45 PM - 3:00 PM

△ [19p-A13-7] Efficient generation of EUV light from CO₂ laser driven Sn plasma

^○(PC)Hiraku Matsukuma¹, Kensuke Yoshida¹, Tatsuya Hosoda¹, Shinsuke Fujioka¹, Akifumi Yogo¹, Hiroaki Nishimura¹, Eiji Sato², Toshihiro Somekawa³, Tatsuya Yanagida⁴ (Osaka Univ.¹, NAT², ILT³, Giga Photon inc.⁴)

3:00 PM - 3:15 PM

[19p-A13-8] Development of a Thomson scattering system for laser-produced Sn plasmas produced for EUV light sources

^○Kentaro Tomita¹, Yuta Sato¹, Kazutaka Nishikawa¹, Kiichiro Uchino¹ (Kyushu Univ.¹)

Break 15:15～15:30 （3:15 PM - 3:30 PM）

3:30 PM - 3:45 PM

[19p-A13-9] High contrast imaging with a contact soft X-ray microscope controlling water layer thickness around specimens

^○Masataka Kado¹, Maki Kishimoto¹, Shigenobu Tone², Satoshi Tamotsu³, Keiko Yasuda³, Masato Aoyama³, Kunio Shinohara^1,4 (JAEA¹, Kawasaki Med. School², Nara Women's Univ.³, Tokai Univ.⁴)

3:45 PM - 4:00 PM

[19p-A13-10] Contrast between organelles around N-K absorption edge

^○Takeo Ejima¹, Ryoichi Hirose¹, Masataka Kado², Masahiko Ishino², Masato Aoyama³, Keiko Yasuda³, Satoshi Tamotsu³ (IMRAM, Tohoku Univ.¹, JAEA², Nara Women's Univ.³)

4:00 PM - 4:15 PM

[19p-A13-11] Design of son x-ray high emciency dimaction gratings for the high sensitivity detection of K emission of lithium

^○Masato Koike¹, Takashi Imazono¹, Masaru Koeda², Tetsuya Nagano², Hiroyuki Sasai², Yuki Ohue², Zenou Yonezawa², Tomoshi Kuramoto², Masami Terauchi³, Hideyuki Takahashi⁴, Nobuo Handa⁴, Takanori Murano⁴ (JAEA¹, Shimadzu Corp.², Tohoku Univ.³, JEOL Ltd.⁴)

4:15 PM - 4:30 PM

[19p-A13-12] Multilayer mirror method for analysis of higher order diffraction impurities in grating monochromator output

^○Tadashi Hatano¹, Tetsuo Harada² (IMRAM, Tohoku Univ.¹, LASTI, Univ. of Hyogo²)

4:30 PM - 4:45 PM

[19p-A13-13] Feasibility test of Z_eff imaging using high-energy X-ray

^○Akio Yoneyama¹, Satoshi Takeya², Kazuyuki Hyodo³, Tohoru Takeda⁴ (Hitachi¹, AIST², KEK³, Kitasato⁴)

4:45 PM - 5:00 PM

[19p-A13-14] The Relation between Imaging Process and Signal-to-Noise Ratio for Two-Dimensional X-ray Talbot System

^○Kentaro Nagai¹, Takeshi Kondoh¹, Genta Sato¹, Soichiro Handa¹, Kimiaki Yamaguchi¹, Takashi Nakamura¹ (Canon Inc.¹)

Sessions

07. Beam Technology and Nanofabrication » 7.1 X-ray technologies

[18p-PB1-1~3] 7.1 X-ray technologies

[18p-PB1-1] Neutron reflection imaging

▲ [18p-PB1-2] High-precision curving process of Si wafer for X-ray MEMS mirror used in space application

▲ [18p-PB1-3] X-ray Talbot Interferometry Using a Laser Compton Scattering X-ray Source

[19p-A13-1~14] 7.1 X-ray technologies

[19p-A13-1] [Young Scientist Oral Presentation Award Speech]（15min.）
Development of X-ray Talbot-Lau Interferometer based on Self-image Direct-detection using Multiline Embedded Targets

[19p-A13-2] Fabrication of Micro X-ray Source Array using Embedded Targets and Evolution to Two Dimensional X-ray Phase Contrast Imaging

△ [19p-A13-3] Investigation of Compact Talbot-Lau Interferometer with Embedded X-ray Tungsten Targets towards High Energy X-ray Phase Contrast Imaging

△ [19p-A13-4] Evaluation of Multiline Embedded X-ray Au Targets Fabricated by Electroplating

[19p-A13-5] Dynamics of laser-irradiated tin droplet II

[19p-A13-6] Modeling of laser and target interaction in the plasma EUV sources

△ [19p-A13-7] Efficient generation of EUV light from CO₂ laser driven Sn plasma

[19p-A13-8] Development of a Thomson scattering system for laser-produced Sn plasmas produced for EUV light sources

[19p-A13-9] High contrast imaging with a contact soft X-ray microscope controlling water layer thickness around specimens

[19p-A13-10] Contrast between organelles around N-K absorption edge

[19p-A13-11] Design of son x-ray high emciency dimaction gratings for the high sensitivity detection of K emission of lithium

[19p-A13-12] Multilayer mirror method for analysis of higher order diffraction impurities in grating monochromator output

[19p-A13-13] Feasibility test of Z_eff imaging using high-energy X-ray

[19p-A13-14] The Relation between Imaging Process and Signal-to-Noise Ratio for Two-Dimensional X-ray Talbot System

Sessions

07. Beam Technology and Nanofabrication » 7.1 X-ray technologies

[18p-PB1-1~3] 7.1 X-ray technologies

▲ [18p-PB1-2] High-precision curving process of Si wafer for X-ray MEMS mirror used in space application

▲ [18p-PB1-3] X-ray Talbot Interferometry Using a Laser Compton Scattering X-ray Source

[19p-A13-1~14] 7.1 X-ray technologies

△ [19p-A13-3] Investigation of Compact Talbot-Lau Interferometer with Embedded X-ray Tungsten Targets towards High Energy X-ray Phase Contrast Imaging

△ [19p-A13-4] Evaluation of Multiline Embedded X-ray Au Targets Fabricated by Electroplating

△ [19p-A13-7] Efficient generation of EUV light from CO2 laser driven Sn plasma

△ [19p-A13-7] Efficient generation of EUV light from CO₂ laser driven Sn plasma