〇(DC)Tien-Hsiu Tsai¹, Hiraku Iramina¹, Takumi Hamaguchi¹, Sota Toshiro¹, Mitsuhiro Nakamura², Ikuo Kanno¹ (1.Engineering, Kyoto Univ., 2.Human Health, Kyoto Univ.)

9:30 AM - 9:45 AM

△ [19a-A304-3] Measurement of Effective Atomic Numbers and Electron Densities Using Current Mode Energy-resolved Computed Tomography

〇takumi hamaguchi¹, Ikuo Kanno¹ (1.Kyoto Univ.)

9:45 AM - 10:00 AM

△ [19a-A304-4] Effective atomic number measurement with energy-resolved computed tomography using a flat panel detector

〇(D)Hiraku Iramina^1,2, Mitsuhiro Nakamura^2,3, Takashi Mizowaki², Ikuo Kanno¹ (1.Engineering, Kyoto Univ., 2.Medicine, Kyoto Univ., 3.Human Health, Kyoto Univ.)

10:00 AM - 10:15 AM

[19a-A304-5] Simplified computed tomography using a flat-type "transXend" detector

〇(M1C)Sota Toshiro¹ (1.Kyoto Univ.)

10:15 AM - 10:30 AM

△ [19a-A304-6] Identification of a Material in a Metal Case Using Energy-Resolved CT

〇(M1C)Shota Ishikawa¹, Ikuo Kanno¹ (1.Kyoto Univ.)

10:30 AM - 10:45 AM

[19a-A304-7] A Study on the Influence of Scattered X-rays in Energy-resolved CT

〇(M2)Kentaro Ouchi¹, Ikuo Kanno¹ (1.Kyoto Univ.)

10:45 AM - 11:00 AM

[19a-A304-8] Development and evaluation of low dose multi color Xray-CT using MPPC array

〇Takuya Maruhashi¹, Jun Kataoka¹, Makoto Arimoto¹, Hayato Morita¹, Kazuya Fujieda¹, Hideo Nitta² (1.Waseda Univ, 2.Hitachi Metals, Ltd)

11:00 AM - 11:15 AM

[19a-A304-9] Demonstration of on-line prompt gamma-ray imaging toward future proton therapy

〇Saku Mochizuki¹, Jun Kataoka¹, Ayako Koide¹, Kazuya Fujieda¹, Takuya Maruhashi¹, Takuya Kurihara¹, Koki Sueoka¹, Leo Tagawa¹, Masaki Yoneyama¹, Taku Inaniwa² (1.Waseda Univ., 2.NIRS/QST)

11:15 AM - 11:30 AM

△ [19a-A304-10] Elimination of the Inter-crystal scattering event for the X’tal cube with spatial resolution of sub-millimeter

〇Munetaka Nitta^1,2, Fumihiko Nishikido², Naoko Inadama², Hideaki Tashima², Hideyuki Kawai¹, Taiga Yamaya² (1.Chiba Univ., 2.QST)

11:30 AM - 11:45 AM

△ [19a-A304-11] A prototyped scatterer detector for the Compton-PET imaging system

〇Sodai Takyu¹, Eiji Yoshida¹, Fumihiko Nishikido¹, Munetaka Nitta¹, Kei Kamada², Taiga Yamaya¹ (1.NIRS-QST, 2.C&A Corporation)

Oral presentation

[19p-A304-1~9] 2.3 Application, radiation generators, new technology

Mon. Mar 19, 2018 1:15 PM - 3:30 PM A304 (54-304)

Kenichi Watanabe(Nagoya Univ.)

△：奨励賞エントリー
▲：英語発表
▼：奨励賞エントリーかつ英語発表
空欄：どちらもなし

+Add all to schedule

1:15 PM - 1:30 PM

[19p-A304-1] Development of Highly Sensitive and Rapid Radioactive Carbon Analysis System

〇Tetsuo Iguchi¹, Kenji Yoshida², Norihiko Nishizawa¹, Hideki Tomita¹, Volker Sonnenschein¹, Lei Jin¹, Atsushi Sato², Kouhei Nozawa², Masahito Yamanaka¹, Ryouhei Terabayashi¹ (1.Nagoya Univ., 2.Sekisui Medical Co., Ltd.)

1:30 PM - 1:45 PM

[19p-A304-2] Development of Highly Sensitive and Rapid Radioactive Carbon Analysis System
(2) Development of Mid-infrared Optical Frequency Comb

〇Norihiko Nishizawa¹, Lei Jin¹, Volker Sonnenschein¹, Masahito Yamanaka¹, Hideo Tomita¹, Ryohei Terabayashi¹, Atsushi Sato², Kohei Nozawa², Kenji Yoshida², Tetsuo Iguchi¹ (1.Nagoya Univ., 2.Sekisui Medical Co.)

1:45 PM - 2:00 PM

[19p-A304-3] Development of Highly Sensitive and Rapid Radioactive Carbon Analysis System
(3) Development of Mid IR Cavity Ring-down Spectroscopy System for ¹⁴C Analysis

〇Hideki Tomita¹, Volker Sonnenschein¹, Ryohei Terabayashi¹, Atsushi Sato², Lei Jin¹, Masahito Yamanaka¹, Norihiko Nishizawa¹, Tetsuo Iguchi¹, Kohei Nozawa², Kenji Yoshida² (1.Nagoya Univ., 2.Sekisui Medical Co., Ltd.)

2:00 PM - 2:15 PM

[19p-A304-4] Development of Highly Sensitive and Rapid Radioactive Carbon Analysis System
(4)The Development and Evaluation of Analytical Protocol for Radioactive Carbon Samples

〇Kenji Yoshia¹, Atsushi Sato¹, Kohei Nozawa¹, Norihiko Nishizawa², Hideki Tomita², Volker Sonnenschein², Lei JIn², Shinji Yamanaka², Ryohei Terabayashi², Tetsuo Iguchi² (1.SEKISUI MEDICAL CO., LTD, 2.Nagoya Univ.)

2:15 PM - 2:30 PM

△ [19p-A304-5] Cosmic Ray Radiography with Nuclear Emulsion in the Khufu’s Pyramid

〇(D)Mitsuaki Kuno¹, Kunihiro Morishima¹, Akira Nishio¹, Yuta Manabe¹, Nobuko Kitagawa¹ (1.Nagoya Univ.)

2:30 PM - 2:45 PM

△ [19p-A304-6] Development of long term stable nuclear emulsion

〇(DC)Akira Nishio¹, Kunihiro Morishima¹, Mitsuaki Kuno¹, Yuta Manabe¹, Nobuko Kitagawa¹ (1.Nagoya Univ.)

2:45 PM - 3:00 PM

[19p-A304-7] Development of Energy-window Muography Technique to Investigate Degradation for Maintenance and Operation of Small-scaled Infrastructure Buildings

〇Tadahiro Kin¹, Tomohiro Komori², Hikaru Sato¹, Kullapha Chaiwongkhot¹, Yuta Nagata¹, Ryo Sasaki¹, Yukinobu Watanabe¹ (1.Kyushu Univ., 2.Kyushu Univ)

3:00 PM - 3:15 PM

[19p-A304-8] Detection for Water on the Celestial Bodies by Neutron Spectroscopy

〇(P)Hiroshi Nagaoka¹, Nobuyuki Hasebe^1,2, Masayuki Naito², Junya Ishii² (1.Res. Inst. Waseda Univ., 2.School Adv. Waseda Univ.)

3:15 PM - 3:30 PM

△ [19p-A304-9] Performance of Neutron Spectrometer for Exploration of Near-Earth Asteroids

〇(M2)Junya Ishii¹, Nobuyuki Hasebe^1,2, Hiroshi Nagaoka², Masayuki Naito¹ (1.School Adv. Waseda Univ., 2.Inst. Waseda Univ.)

Sessions

2 Ionizing Radiation » 2.3 Application, radiation generators, new technology

[18a-A304-1~7] 2.3 Application, radiation generators, new technology

[18a-A304-1] Dependence of X-ray Energy and Intensity Produced by an LiTaO₃ Single Crystal on the Gap Length between the Crystal Surface and the Target

[18a-A304-2] Study for X-ray Generation by Irradiating Pyroelectric Element with Plused UV Laser Beam

[18a-A304-3] Dependence of X-ray intensity of pyroelectric crystal on gas species and its pressure

△ [18a-A304-4] Determination of the energy distribution of the accelerator-based neutron source for medical RIs production

△ [18a-A304-5] Production of environmental tracer ¹³²Cs with Accelerator-based neutrons and its effectiveness verification

[18a-A304-6] Development of irradiation field for cell and small animal using cyclotron-based neutron source

[18a-A304-7] Development of a Mathematical Simulation System for the Reactor Noise Research

[19a-A304-1~11] 2.3 Application, radiation generators, new technology

[19a-A304-1] Image quality characteristics of two-dimensional CdTe X-ray sennsor and discrimination ability of material of human body equivalent phantoms

[19a-A304-2] A Feasibility Experiment of the Filter-Based Energy-Resolved Computed Tomography with a Clinical Flat-Panel Imaging System

△ [19a-A304-3] Measurement of Effective Atomic Numbers and Electron Densities Using Current Mode Energy-resolved Computed Tomography

△ [19a-A304-4] Effective atomic number measurement with energy-resolved computed tomography using a flat panel detector

[19a-A304-5] Simplified computed tomography using a flat-type "transXend" detector

△ [19a-A304-6] Identification of a Material in a Metal Case Using Energy-Resolved CT

[19a-A304-7] A Study on the Influence of Scattered X-rays in Energy-resolved CT

[19a-A304-8] Development and evaluation of low dose multi color Xray-CT using MPPC array

[19a-A304-9] Demonstration of on-line prompt gamma-ray imaging toward future proton therapy

△ [19a-A304-10] Elimination of the Inter-crystal scattering event for the X’tal cube with spatial resolution of sub-millimeter

△ [19a-A304-11] A prototyped scatterer detector for the Compton-PET imaging system

[19p-A304-1~9] 2.3 Application, radiation generators, new technology

[19p-A304-1] Development of Highly Sensitive and Rapid Radioactive Carbon Analysis System

[19p-A304-2] Development of Highly Sensitive and Rapid Radioactive Carbon Analysis System
(2) Development of Mid-infrared Optical Frequency Comb

[19p-A304-3] Development of Highly Sensitive and Rapid Radioactive Carbon Analysis System
(3) Development of Mid IR Cavity Ring-down Spectroscopy System for ¹⁴C Analysis

[19p-A304-4] Development of Highly Sensitive and Rapid Radioactive Carbon Analysis System
(4)The Development and Evaluation of Analytical Protocol for Radioactive Carbon Samples

△ [19p-A304-5] Cosmic Ray Radiography with Nuclear Emulsion in the Khufu’s Pyramid

△ [19p-A304-6] Development of long term stable nuclear emulsion

[19p-A304-7] Development of Energy-window Muography Technique to Investigate Degradation for Maintenance and Operation of Small-scaled Infrastructure Buildings

[19p-A304-8] Detection for Water on the Celestial Bodies by Neutron Spectroscopy

△ [19p-A304-9] Performance of Neutron Spectrometer for Exploration of Near-Earth Asteroids

Authentication

Sessions

2 Ionizing Radiation » 2.3 Application, radiation generators, new technology

[18a-A304-1~7] 2.3 Application, radiation generators, new technology

△ [18a-A304-4] Determination of the energy distribution of the accelerator-based neutron source for medical RIs production

△ [18a-A304-5] Production of environmental tracer 132Cs with Accelerator-based neutrons and its effectiveness verification

[19a-A304-1~11] 2.3 Application, radiation generators, new technology

△ [19a-A304-3] Measurement of Effective Atomic Numbers and Electron Densities Using Current Mode Energy-resolved Computed Tomography

△ [19a-A304-4] Effective atomic number measurement with energy-resolved computed tomography using a flat panel detector

△ [19a-A304-6] Identification of a Material in a Metal Case Using Energy-Resolved CT

△ [19a-A304-10] Elimination of the Inter-crystal scattering event for the X’tal cube with spatial resolution of sub-millimeter

△ [19a-A304-11] A prototyped scatterer detector for the Compton-PET imaging system

[19p-A304-1~9] 2.3 Application, radiation generators, new technology

△ [19p-A304-5] Cosmic Ray Radiography with Nuclear Emulsion in the Khufu’s Pyramid

△ [19p-A304-6] Development of long term stable nuclear emulsion

△ [19p-A304-9] Performance of Neutron Spectrometer for Exploration of Near-Earth Asteroids

Authentication

△ [18a-A304-5] Production of environmental tracer ¹³²Cs with Accelerator-based neutrons and its effectiveness verification