Nishino Sho

ニシノショウ | Nishino Sho

Affiliation and department：
Research theme for competitive and other funds (1)：

2009 - 2011 GLAST衛星による銀河団ガンマ線放射の高感度探査

Papers (19)：

Tanimura Yoshihiko, Yoshitomi Hiroshi, Nishino Sho, Takahashi Masa. Background correction method for portable thyroid dose monitor using gamma-ray spectrometer developed at JAEA in high dose rate environment. Radiation Measurements. 2020. 137. 106389\_1-106389\_5
Nishino Sho, Tanimura Yoshihiko, Yoshitomi Hiroshi, Takahashi Masa. Prototype test of a portable thyroid dose monitoring system using gamma-ray spectrometers. Radiation Measurements. 2020. 134. 106292\_1-106292\_5
Kowatari Munehiko, Nishino Sho, Romallosa K. M. D.*, Yoshitomi Hiroshi, Tanimura Yoshihiko, Oishi Tetsuya. Experimental determination of anisotropic emission of neutrons from $^{252}$Cf neutron source with the spherical protection case. Radiation Protection Dosimetry. 2020. 189. 4. 436-443
Yoshitomi Hiroshi, Nishino Sho, Tanimura Yoshihiko, Takahashi Masa. A Study of a calibration technique for a newly developed thyroid monitor and its uncertainties due to body size for radioiodine measurements. Radiation Measurements. 2020. 133. 106279\_1-106279\_6
Kowatari Munehiko, Yoshitomi Hiroshi, Nishino Sho, Tanimura Yoshihiko, Oishi Tetsuya, Kessler P.*, Neumaier S.*, Rottger A.*. Establishment of a low dose rate gamma ray calibration field for environmental radiation monitoring devices. Radiation Protection Dosimetry. 2019. 187. 1. 61-68

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MISC (6)：

Kowatari Munehiko, Yoshitomi Hiroshi, Nishino Sho, Tanimura Yoshihiko, Oishi Tetsuya, Yoshizawa Michio. The Facility of radiation standards in Japan Atomic Energy Agency, present status and its research works on dosimetry. Proceedings of 14th International Congress of the International Radiation Protection Association (IRPA-14), Vol.3 (Internet). 2017. 1230-1238
Yoshitomi Hiroshi, Hagiwara Masayuki*, Kowatari Munehiko, Nishino Sho, Sanami Toshiya*, Iwase Hiroshi*. Assessment of equivalent dose of the lens of the eyes and the extremities to workers under nonhomogeneous exposure situation in nuclear and accelerator facilities by means of measurements using a phantom coupled with Monte Carlo simulation. Proceedings of 14th International Congress of the International Radiation Protection Association (IRPA-14), Vol.3 (Internet). 2017. 1188-1195
Nishino Sho, Hoshi Katsuya, Tsujimura Norio, Kowatari Munehiko, Yoshida Tadayoshi. Comprehensive study on the response of neutron dosimeters in various simulated workplace neutron calibration fields. Proceedings of 14th International Congress of the International Radiation Protection Association (IRPA-14), Vol.3 (Internet). 2017. 1258-1263
Kawasaki Masatsugu, Nakajima Junya, Yoshida Keisuke, Kato Saori, Nishino Sho, Nozaki Teo, Nakagawa Masahiro, Tsunoda Junichi, Sugaya Yuki, Hasegawa Rie, et al. Case studies of radiation dose assessment in emergency situation of nuclear facilities. JAEA-Data/Code 2017-004. 2017. 57
Tanimura Yoshihiko, Kowatari Munehiko, Yoshitomi Hiroshi, Nishino Sho, Yoshizawa Michio. Mono-energetic neutron fields using 4 MV pelletron accelerator at FRS/JAEA. IAEA-TECDOC-1743, Annex (CD-ROM). 2014. 133-138

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Patents (1)：

甲状腺モニタ用可搬型放射線測定器及び放射線測定方法

Lectures and oral presentations (39)：

The Investigation of the impact of new ICRU95 operational quantities on the reference fields at JAEA-FRS in terms of the type-testing of the dosemeters
(7th International Symposium on the System of Radiological Protection (ICRP 2023))
Thyroid radio-iodine monitor with portable shielding
(令和5年度地域原子力災害医療連携推進協議会(長崎大学担当地区))
The Facility of Radiation Standards in Japan Atomic Energy Agency; Recent activities with a focus on Establishment of Accredited Testing Laboratory
(6th Asian and Oceanic Congress for Radiation Protection (AOCRP6))
Investigation of the impact on photon dosimetry by introducing ICRU 95 operational quantities based on photon spectra in nuclear industry
(6th Asian and Oceanic Congress for Radiation Protection (AOCRP6))
Method for assessing impact of introducing new operational quantity on dosimetry at workplaces in nuclear facilities
(第4回日本保健物理学会・日本放射線安全管理学会合同大会)

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