Regular sessions(Oral presentation)

[28p-B1-1~16] 7.1 X-ray technologies

Thu. Mar 28, 2013 1:30 PM - 5:45 PM B1 (K2 3F-1301)

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

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[28p-B1-1] Collective Thomson scattering diagnostics of laser-produced Sn plasmas for EUV light sources

^○Kentaro Tomita¹, Kazuya Inoue¹, Ryo Shimoda¹, Kiichiro Uchino¹ (Kyushu Univ.¹)

[28p-B1-2] Dynamics of the Laser-irradiated Tin Droplet

^○Atsushi Sunahara¹, Katsunobu Nishihara², Akira Sasaki³ (ILT¹, ILE Osaka Univ.², JAEA³)

[28p-B1-3] Modeling spectrum of the plasma EUV sources for their optimization

^○Akira Sasaki¹ (JAEA¹)

[28p-B1-4] X-rays and Charges Produced by an LiTaO₃ Single Crystal in Wide Range of Pressure

^○Katsumi Hanamoto¹, Atsushi Kawabe¹, Takahiro Kataoka¹, Kiyonori Yamaoka¹ (Okayama Univ.¹)

[28p-B1-5] Improvement of the Intensity of X-ray Emission Using 6 LiTaO₃ Single Crystals

^○Fumihiko Naruse¹, Hiroyuki Honda¹, Shinji Fukao¹, Yoshikazu Nakanishi¹, Yuuki Sato¹, Yoshiaki Ito², Shinzo Yoshikado¹ (Doshisha Univ.¹, Kyoto Univ.²)

[28p-B1-6] △Power Load test of Multiline Embedded X-ray Targets and Fast X-ray Phase-contrast Imaging using a Table-top Talbot-Lau Interferometer

^○Sho Fujino¹, Naoki Morimoto¹, Ken-ichi Ohshima², Jimpei Harada³, Takuji Hosoi¹, Heiji Watanabe¹, Takayoshi Shimura¹ (Osaka Univ.¹, Tsukuba Univ.², Nagoya Univ.³)

[28p-B1-7] △X-ray source size dependence of visibility in a table-top X-ray Talbot-Lau interferometer

^○Naoki Morimoto¹, Sho Fujino¹, Ken-ichi Ohshima², Jimpei Harada³, Takuji Hosoi¹, Heiji Watanabe¹, Takayoshi Shimura¹ (Osaka Univ.¹, Tsukuba Univ.², Nagoya Univ.³)

[28p-B1-8] △Development of in-situ XFEL timing jitter measurement system with beam splitter

^○Taito Osaka¹, Takahiro Sato², Yasuhisa Sano¹, Kensuke Tono³, Yuichi Inubushi², Makina Yabashi², Satoshi Matsuyama¹, Tetsuya Ishikawa², Kazuto Yamauchi¹ (Graduate School of Engineering, Osaka University¹, RIKEN SPring-8 Center², JASRI³)

[28p-B1-8.1] Break(15min)

[28p-B1-9] X-ray Waveguide using the Resonant Effect in a Periodic Structure

^○Kohei Okamoto¹, Takashi Noma¹, Atsushi Komoto¹, Wataru Kubo¹, Masahiko Takahashi¹, Atsuo Iida², Hirokatsu Miyata¹ (Canon Inc.¹, High Energy Accelerator Research Organization²)

[28p-B1-10] Study of high-resolution MEMS X-ray optics

^○（M2）Tomohiro Ogawa¹, Yuichiro Ezoe¹, Ikuyuki Mitsuishi¹, Takuya Kakiuchi¹, Kazuhisa Mitsuda², Takaya Ohashi¹ (Tokyo Metropolitan Univ.¹, ISAS/JAXA²)

[28p-B1-11] Development of a Wolter type-I X-ray telescope using micromachining technologies

^○Masahiro Ikuta¹, Yuichiro Ezoe¹, Ikuyuki Mitsuishi¹, Tomohiro Ogawa¹, Takuya Kakiuchi¹, Takaya Ohashi¹, Kazuhisa Mitsuda², Kazuo Nakajima³, Kohei Morishita³ (Tokyo Metropolitan Univ.¹, ISAS/JAXA², Kyoto Univ.³)

[28p-B1-12] Development of a Wolter type-I X-ray telescope using micromachining technologies (2)

^○Ikuyuki Mitsuishi¹, Yuichiro Ezoe¹, Tomohiro Ogawa¹, Takuya Kakiuchi¹, Masahiro Ikuya¹, Takayuki Hayashi², Toshiki Sato¹, Takaya Ohashi¹, Kazuhisa Mitsuda², Kazuo Nakajima³, Kohei Morishita³ (Tokyo Metropolitan Univ.¹, ISAS/JAXA², Kyoto Univ.³)

[28p-B1-13] Realtime X-ray reflectometry

^○Kenji Sakurai¹, Vallerie Samson¹, Mari Mizusawa^1,2 (Nat. Inst. for Materials Science¹, CROSS²)

[28p-B1-14] Three-dimensional elemental mapping by using a full-field X-ray fluorescence imaging microscope of laboratory scale

^○Junki Hshizume¹, Yusuke Imai¹, Takashi Oniki¹, Norio Watanabe¹, Sadao Aoki¹ (Tsukuba Univ.¹)

[28p-B1-15] Quantitative phase tomography by using an X-ray microscope with a zone plate

^○Norio Watanabe¹, Junki Hashizume¹, Kimihiro Goto¹, Masafumi Yamaguchi¹, Sadao Aoki¹ (Univ. Tsukuba¹)

[28p-B1-16] Observation of apoptotic nuclei by a laser-plasma soft X-ray microscope

^○Masataka Kado¹, Maki Kishimoto¹, Shigenobu Tone², Satoshi Tamotsu³, Keiko Yasuda³, Masato Aoyama³, Kunio Shinohara^1,4 (JAEA¹, Kawasaki Med. Univ.², Nara Women's Univ.³, Waseda Univ.⁴)

Sessions

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