[18p-P01-1~43] 2 Ionizing Radiation (Poster) | The 85th JSAP Autumn Meeting 2024

Advanced Search

Session Details

Poster presentation2 Ionizing Radiation : 2 Ionizing Radiation (Poster)

[18p-P01-1~43]2 Ionizing Radiation (Poster)

Wed. Sep 18, 2024 1:30 PM - 3:30 PM JST
Wed. Sep 18, 2024 4:30 AM - 6:30 AM UTC

P01 (Exhibition Hall A)

Download PDF

[18p-P01-1]The effect of photolysis on TlBr detectors

〇Shoma Sakawaki¹, Kosuke Doi¹, Manato Yaguchi¹, Toshiyuki Onodera¹, Taro Nojima², Keitaro Hitomi³ (1.Tohoku Inst. Tech., 2.Thallous Labo. Co., Ltd., 3.Tohoku Univ.)

Download PDFComment()

[18p-P01-2]Photoluminescence in CdTe bulk crystals prepared by the liquinert processed vertical Bridgman method using SiCl₄ gas

〇Takeshi Hirai¹, Akira Fujimoto², Yoshiyuki Harada², Hiroyasu Nakata³, Shiro Sakuragi⁴ (1.Ritsumeikan Univ., 2.Osaka Inst. of Tech., 3.Osaka Kyoiku Univ., 4.Union Materials Inc.)

Download PDFComment()

[18p-P01-3]Carrier injection position dependence in CdTe radiation detectors spectrum using laser pulses

〇Tomohide Shoji¹, Ayaka Sakakibara¹, Daiki Tomiita¹, Toru Aoki^1,2, Tetsu Ito^1,2 (1.Shizuoka Univ., 2.RIE,Shizuoka Univ.)

Download PDFComment()

[18p-P01-4]Fabrication of pn Junction CdTe Detector by Electron Beam Thermal Diffusion Doping

〇Yuki Shinmura¹, Kagemitsu Inaba², Junichi Nishizawa^3,4, Katsuyuki Takagi³, Hiroki Kase^1,3, Katsumasa Nakamura⁴, Toru Aoki^1,2,3,4 (1.Shizuoka Univ., 2.Shizuoka Univ. G.S.I.S.T., 3.Shizuoka Univ. R.I.E., 4.Hamamatsu Univ. S.M. Nx-CEC)

Download PDFComment()

[18p-P01-5]Evaluation of TlBr Thin Film Formed by Vacuum Evaporation

〇(D)Kohei Toyoda^1,2, Junichi Nishizawa^1,3,4, Katsuyuki Takagi^2,3, Hiroki Kase³, Toru Aoki^1,2,3 (1.Shizuoka Univ. CMMP, 2.ANSeeN Inc., 3.Shizuoka Univ. RIE, 4.Hamamatsu Univ.S.M.)

Download PDFComment()

[18p-P01-6]Development of a Charge Capture Level Evaluation System Using Photo-Excitation and evaluation of CVD diamond single crystals

〇Masaki Takahashi¹, Junichi Kaneko¹, Kengo Oda¹, Yuto Akashi¹, Naohisa Hoshikawa², Hitoshi Umezawa³ (1.HOKKAIDO Univ., 2.ODD, 3.AIST)

Download PDFComment()

[18p-P01-7]Neutron Spectrum Measurement of Reactor Start-up Source

〇Ren Ohwada¹, Genichiro Wakabayashi², Kazutaka Hanawa¹, Kota Kiura¹, Taketo Itani¹, Yuya Tonosaki¹ (1.Kindai Univ., 2.KUAERI.)

Download PDFComment()

[18p-P01-8]Study on the Activation of a CLLB(Ce) Scintillation Detector

〇Kota Kiura¹, Genichiro Wakabayashi², Ren Owada¹, Kazutaka Hanawa¹, Yuya Tonosaki¹, Taketo Itani¹ (1.Kindai Univ., 2.KUAERI)

Download PDFComment()

[18p-P01-9]Research on Compact Neutron Sources for the Development of Neutron Imaging Devices

〇Keigo Nakiyama¹, Shinmmura Yuki¹, Junichi Nishizawa^2,3, Hiroki Kase^1,2, Katsuyuki Takagi², Toru Aoki^1,2,3, Shigeki Tani³, Katsumasa Nakamura³ (1.Shizuoka Univ., 2.Shizuoka Univ R.I.E., 3.Shizuoka Univ S.M. Nx-CEC)

Download PDFComment()

[18p-P01-10]Determination of light yields of the PEN scintillator for alpha- and beta-particles

〇(M1)Yuya Soeta¹, Takahiro Yamada^1,2 (1.Grad. School of Sci. and Eng. Research, Kindai Univ., 2.AERI Kindai Univ.)

Download PDFComment()

[18p-P01-11]Observation of α-ray spectra of medical nuclides using an ion-implanted-Si detector

〇Seiya Otsuka¹, Takahiro Yamada^1,2 (1.Kindai Univ., 2.AERI, Kindai Univ.)

Download PDFComment()

[18p-P01-12]Development of a compact microbeam system

〇Kyoka Maruta¹, Kentaro Kojima¹, Misako Miwa¹, Sho Toyama¹, Wataru Kada¹, Yohei Kikuchi¹, Shigeo Matsuyama¹ (1.QSE, Tohoku Univ.)

Download PDFComment()

[18p-P01-13]Development of a microscopic optics designed for ion beam induced luminescence (IBIL) spectroscopic imaging for simultaneous biofunctional and elemental composition

〇(M1)Ayumi Nakatsuma¹, Yuki Ohtsuka¹, Makoto Nishizawa¹, Misako Miwa¹, Sho Toyama¹, Wataru Kada¹, Shigeo Matsuyama¹ (1.Tohoku Univ.)

Download PDFComment()

[18p-P01-14]Trials on real-time measurement of diagnostic X-rays using small Si semiconductor devices.

〇(D)Takumi Matsumoto¹, Yohei Inaba², Shinnosuke Matsumoto³, Wataru Kada¹ (1.QSE, Tohoku Univ., 2.Tohoku Univ., 3.Tokyo Metro Univ.)

Download PDFComment()

[18p-P01-15]Evaluation of fast neutron measurement methods using polyethylene converter and BeO ceramics plates with PHITS

〇(M1)Leo Takahashi¹, Shinnosuke Matsumoto¹, Hiroki Tanaka², Genichiro Wakabayashi³, Mitsuki Kawane¹, Kiyomitsu Shinsho¹ (1.Tokyo Metropolitan Univ., 2.Kyoto univ., 3.Kindai univ.)

Download PDFComment()

[18p-P01-16]Pre-heat process and dose-response property of OSL phosphor BeO

〇Haduki Samura¹, Leo Takahashi¹, Mitsuki Kawane¹, Go Okada², Kiyomitsu Shinsho¹ (1.Tokyo Metroplitan Univ., 2.Kanazawa Institute of Technology)

Download PDFComment()

[18p-P01-17]Development and performance evaluation of a 1024-channel 2D MPPC-based PC-CT system for dynamical imaging

〇(M1)Minori Oshima¹, Makoto Arimoto¹, Takahiro Tomoda¹, Fitri Lucyana¹, Yu Furuta¹, Jun Kataoka², Ryotaro Minagawa², Shinsuke Terazawa³, Satoshi Shiota³ (1.Kanazawa Univ., 2.Waseda Univ., 3.Proterial Ltd.)

Download PDFComment()

[18p-P01-18]Development of Tl doped Al(PO₃)₃–Mg(PO₃)₂–CsPO₃glass scintillators for γ- and X-ray detection

〇Chie Morita¹, Ko Hasegawa¹, Yusuke Nakabayashi¹, Akito Watanabe¹, Hiroki Kawamoto¹, Yutaka Fujimoto¹, Keisuke Asai¹ (1.Tohoku univ.)

Download PDFComment()

[18p-P01-19]Development of Ce-doped Cs2NaScCl6 elpasolite single crystalline scintillators

〇Marina Furuta¹, Miyu Ishida¹, Akito Watanabe¹, Hiroki Kawamoto¹, Yutaka Fujimoto¹, Keisuke Asai¹ (1.Tohoku Univ.)

Download PDFComment()

[18p-P01-20]Revelation of scintillation mechanism in Tl₂NaScCl₆ crystal

〇Miyu Ishida¹, Akito Watanabe¹, Hiroki Kawamoto¹, Yutaka Fujimoto¹, Keisuke Asai¹ (1.Tohoku Univ.)

Download PDFComment()

[18p-P01-21]Scintillation properties of undoped and activator-doped CsI single crystals grown by an inverse temperature crystallization

〇Itsuki Gonda¹, Yutaka Fujimoto¹, Hiroki Kawamoto¹, Keisuke Asai¹ (1.Tohoku Univ.)

Download PDFComment()

[18p-P01-22]Development of ZrO₂ nanoparticle dispersion with excellent transparency in the visible light region

〇(DC)Akito Watanabe¹, Akira Yoko^2,3, Seong Gimyeong⁴, Takaaki Tomai⁵, Masafumi Adschiri³, Yamato Hayashi¹, Yutaka Fujimoto¹, Masanori Koshimizu⁶, Keisuke Asai¹ (1.Tohoku Univ., 2.Tohoku Univ. SRIS, 3.Tohoku Univ. AIMR, 4.Univ. Suwon, 5.Tohoku Univ. FRIS, 6.Shizuoka Univ.)

Download PDFComment()

[18p-P01-23]Scintillation Performance Evaluation of BaFCl:Eu Crystals

〇Tsubasa Tamura¹, Hiroki Kawamoto¹, Yutaka Fujimoto¹, Keisuke Asai¹ (1.Tohoku Univ.)

Download PDFComment()

[18p-P01-24]Ce-concentration dependence of luminescence properties in Ce-doped LiPO₃-Al(PO₃)₃-CsPO₃ glasses

〇Ko Hasegawa¹, Akito Watanabe¹, Hiroki Kawamoto¹, Yutaka Fujimoto¹, Keisuke Asai¹ (1.Tohoku Univ.)

Download PDFComment()

[18p-P01-25]Development and property evaluation of Sb³⁺–doped Rb₂HfCl₆ Crystal Scintillator by using a slow solvent performance method

〇Haruto Sasaki¹, Yutaka Fujimoto¹, Hiroki Kawamoto¹, Keisuke Asai¹ (1.Tohoku Univ.)

Download PDFComment()

[18p-P01-26]Photoluminescence and scintillation properties of CsPO₃-Al(PO₃)₃-NdCl₃ based glasses

〇YUTAKA FUJIMOTO¹, YUSUKE NAKABAYASHI¹, HIROKI KAWAMOTO¹, KEISUKE ASAI¹ (1.Tohoku Univ.)

Download PDFComment()

[18p-P01-27]Relationship between the formation phase and luminescence properties of YF₃:Ce³⁺ phosphors prepared by the solvothermal method

〇Tomoki Sadamori¹, Naruki Yoshimura¹, Hiroko Kominami¹, Kazuhiko Hara¹, Katsuyuki Takagi¹, Toru Aoki¹ (1.Shizuoka Univ.)

Download PDFComment()

[18p-P01-28]Investigation of optical properties in silver phosphate glasses for elucidation of the origin of the radiophotoluminescence property in Ag-doped phosphate glasses

〇Hiroki Kawamoto¹, Yutaka Fujimoto¹, Keisuke Asai¹ (1.Tohoku Univ.)

Download PDFComment()

[18p-P01-29]Radiophotoluminescence during X-ray irradiation on silver-doped Li-Al borate glass

〇Ryoichi Morishita¹, Hiroki Kawamoto¹, Yutaka Fuzimoto¹, Keisuke Asai¹ (1.Tohoku Univ.)

Download PDFComment()

[18p-P01-30]Neutron-induced thermoluminescence of Sn²⁺-doped CaO–Al₂O₃–B₂O₃ glasses

〇Shogo Takatsu¹, Hiroto Yamaguchi¹, Hiroki Kawamoto¹, Yutaka Fujimoto¹, Masanori Koshimizu², Genichiro Wakabayashi³, Keisuke Asai¹ (1.Tohoku Univ, 2.Shizuoka Univ, 3.Kindai Univ)

Download PDFComment()

[18p-P01-31]Evaluation of RPL properties in Bi-doped Li₂O-Al₂O₃-P₂O₅ glass

〇(B)Ryota Inomata¹, Go Okada¹, Hidehito Nanto¹ (1.KIT)

Download PDFComment()

[18p-P01-32]Synthesis Conditions of CaO-P₂O₅ Ceramic Systems and RPL Properties

〇Miho Aoki¹, Go Okada¹, Hidehito Nanto¹ (1.KIT)

Download PDFComment()

English Presentation

[18p-P01-33]Analysis of Luminescent Characteristics in Silver-Doped Sodium Borate

〇(M2)Caroline Fernandes^1,2, Go Okada², Sonia Tatumi¹, Rocca Rene³ (1.Univ. Sao Paulo, 2.KIT, 3.Fed. Univ. Sao Paulo)

Download PDFComment()

[18p-P01-34]Photoluminescence and thermoluminescence characteristics of Mn-doped BCNO

〇(B)Yuto Kameyama¹, Masanori Koshimizu¹ (1.Shizuoka Univ.)

Download PDFComment()

[18p-P01-35]Development of organic dosimeters using radiation response of polymer films co-additional of fluorescein and p-benzoquinone

〇Tomoaki Yashiro¹, Masanori Koshimizu¹ (1.Shizuoka Univ.)

Download PDFComment()

[18p-P01-36]Neutron-induced Thermoluminescence Properties of Mg, Pr- codoped LiTaO₃ Ceramics

〇Yuta Hiramatsu¹, Genichiro Wakabayashi², Masanori Koshimizu¹ (1.Shizuoka Univ., 2.Kindai Univ.)

Download PDFComment()

English Presentation

[18p-P01-37]【Absence】Effect of Composition on Scintillation Light Yield of Ce-doped Gd₃Al_5−yGa_yO₁₂
Nanoparticle Scintillators

〇palithaRuwan Abewardana PinnalandeGedara¹, Masanori Koshimizu¹ (1.Shizuoka University)

Download PDFComment()

[18p-P01-41]Luminescence and Scintillation Properties of Red-Emitting Eu-doped TAGG Nanoparticle Scintillators with Different Compositions

〇(M1)Yuma Takahashi¹, Masanori Koshimizu¹ (1.Shizuoka Univ.)

Download PDFComment()

[18p-P01-42]Development of UV-cured Plastic Scintillators Containing 9-Vinylcarbazole

〇Naru Hayashi¹, Masanori Koshimizu¹ (1.Shizuoka Univ.)

Download PDFComment()

[18p-P01-43]Development of plastic scintillators loaded with trimethoxyphenylsilane-modified LiGaO₂ nanoparticles for neutron detection

〇Haruhisa Tsukahara¹, Masanori Koshimizu¹ (1.Shizuoka Univ.)

Download PDFComment()

Back to Category List

Session Details

[18p-P01-1~43]2 Ionizing Radiation (Poster)

[18p-P01-1]The effect of photolysis on TlBr detectors

[18p-P01-2]Photoluminescence in CdTe bulk crystals prepared by the liquinert processed vertical Bridgman method using SiCl4 gas

[18p-P01-3]Carrier injection position dependence in CdTe radiation detectors spectrum using laser pulses

[18p-P01-4]Fabrication of pn Junction CdTe Detector by Electron Beam Thermal Diffusion Doping

[18p-P01-5]Evaluation of TlBr Thin Film Formed by Vacuum Evaporation

[18p-P01-6]Development of a Charge Capture Level Evaluation System Using Photo-Excitation and evaluation of CVD diamond single crystals

[18p-P01-7]Neutron Spectrum Measurement of Reactor Start-up Source

[18p-P01-8]Study on the Activation of a CLLB(Ce) Scintillation Detector

[18p-P01-9]Research on Compact Neutron Sources for the Development of Neutron Imaging Devices

[18p-P01-10]Determination of light yields of the PEN scintillator for alpha- and beta-particles

[18p-P01-11]Observation of α-ray spectra of medical nuclides using an ion-implanted-Si detector

[18p-P01-12]Development of a compact microbeam system

[18p-P01-13]Development of a microscopic optics designed for ion beam induced luminescence (IBIL) spectroscopic imaging for simultaneous biofunctional and elemental composition

[18p-P01-14]Trials on real-time measurement of diagnostic X-rays using small Si semiconductor devices.

[18p-P01-15]Evaluation of fast neutron measurement methods using polyethylene converter and BeO ceramics plates with PHITS

[18p-P01-16]Pre-heat process and dose-response property of OSL phosphor BeO

[18p-P01-17]Development and performance evaluation of a 1024-channel 2D MPPC-based PC-CT system for dynamical imaging

[18p-P01-18]Development of Tl doped Al(PO3)3–Mg(PO3)2–CsPO3 glass scintillators for γ- and X-ray detection

[18p-P01-19]Development of Ce-doped Cs2NaScCl6 elpasolite single crystalline scintillators

[18p-P01-20]Revelation of scintillation mechanism in Tl2NaScCl6 crystal

[18p-P01-21]Scintillation properties of undoped and activator-doped CsI single crystals grown by an inverse temperature crystallization

[18p-P01-22]Development of ZrO2 nanoparticle dispersion with excellent transparency in the visible light region

[18p-P01-23]Scintillation Performance Evaluation of BaFCl:Eu Crystals

[18p-P01-24]Ce-concentration dependence of luminescence properties in Ce-doped LiPO3-Al(PO3)3-CsPO3 glasses

[18p-P01-25]Development and property evaluation of Sb3+–doped Rb2HfCl6 Crystal Scintillator by using a slow solvent performance method

[18p-P01-26]Photoluminescence and scintillation properties of CsPO3-Al(PO3)3-NdCl3 based glasses

[18p-P01-27]Relationship between the formation phase and luminescence properties of YF3:Ce3+ phosphors prepared by the solvothermal method

[18p-P01-28]Investigation of optical properties in silver phosphate glasses for elucidation of the origin of the radiophotoluminescence property in Ag-doped phosphate glasses

[18p-P01-29]Radiophotoluminescence during X-ray irradiation on silver-doped Li-Al borate glass

[18p-P01-30]Neutron-induced thermoluminescence of Sn2+-doped CaO–Al2O3–B2O3 glasses

[18p-P01-31]Evaluation of RPL properties in Bi-doped Li2O-Al2O3-P2O5 glass

[18p-P01-32]Synthesis Conditions of CaO-P2O5 Ceramic Systems and RPL Properties

[18p-P01-33]Analysis of Luminescent Characteristics in Silver-Doped Sodium Borate

[18p-P01-34]Photoluminescence and thermoluminescence characteristics of Mn-doped BCNO

[18p-P01-35]Development of organic dosimeters using radiation response of polymer films co-additional of fluorescein and p-benzoquinone

[18p-P01-36]Neutron-induced Thermoluminescence Properties of Mg, Pr- codoped LiTaO3 Ceramics

[18p-P01-37]【Absence】Effect of Composition on Scintillation Light Yield of Ce-doped Gd3Al5−yGayO12Nanoparticle Scintillators

[18p-P01-38]Control of LET dependence of thermoluminescence properties of doped Ca2B2O5

[18p-P01-39]Development of plastic scintillators to achieve enhanced energy transfer efficiency

[18p-P01-40]Development of Organic-Inorganic Hybrid Scintillators Loaded with Different

[18p-P01-41]Luminescence and Scintillation Properties of Red-Emitting Eu-doped TAGG Nanoparticle Scintillators with Different Compositions

[18p-P01-42]Development of UV-cured Plastic Scintillators Containing 9-Vinylcarbazole

[18p-P01-43]Development of plastic scintillators loaded with trimethoxyphenylsilane-modified LiGaO2 nanoparticles for neutron detection

[18p-P01-2]Photoluminescence in CdTe bulk crystals prepared by the liquinert processed vertical Bridgman method using SiCl₄ gas

[18p-P01-18]Development of Tl doped Al(PO₃)₃–Mg(PO₃)₂–CsPO₃glass scintillators for γ- and X-ray detection

[18p-P01-20]Revelation of scintillation mechanism in Tl₂NaScCl₆ crystal

[18p-P01-22]Development of ZrO₂ nanoparticle dispersion with excellent transparency in the visible light region

[18p-P01-24]Ce-concentration dependence of luminescence properties in Ce-doped LiPO₃-Al(PO₃)₃-CsPO₃ glasses

[18p-P01-25]Development and property evaluation of Sb³⁺–doped Rb₂HfCl₆ Crystal Scintillator by using a slow solvent performance method

[18p-P01-26]Photoluminescence and scintillation properties of CsPO₃-Al(PO₃)₃-NdCl₃ based glasses

[18p-P01-27]Relationship between the formation phase and luminescence properties of YF₃:Ce³⁺ phosphors prepared by the solvothermal method

[18p-P01-30]Neutron-induced thermoluminescence of Sn²⁺-doped CaO–Al₂O₃–B₂O₃ glasses

[18p-P01-31]Evaluation of RPL properties in Bi-doped Li₂O-Al₂O₃-P₂O₅ glass

[18p-P01-32]Synthesis Conditions of CaO-P₂O₅ Ceramic Systems and RPL Properties

[18p-P01-36]Neutron-induced Thermoluminescence Properties of Mg, Pr- codoped LiTaO₃ Ceramics

[18p-P01-37]【Absence】Effect of Composition on Scintillation Light Yield of Ce-doped Gd₃Al_5−yGa_yO₁₂
Nanoparticle Scintillators

[18p-P01-38]Control of LET dependence of thermoluminescence properties of doped Ca₂B₂O₅

[18p-P01-43]Development of plastic scintillators loaded with trimethoxyphenylsilane-modified LiGaO₂ nanoparticles for neutron detection