[1A01]Examination of the decreasing effect on internal exposure by sheltering(1)Literature search on variation factors
＊masatoshi watanabe1, shogo takahara1, jyun hirouchi1, masahiro munakata1(1.Japan Atomic Energy Agency)
2016 Annual Meeting
Mar 26 - Mar 28, 2016Tohoku University
You can search for presentations in this event.
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2016 Annual Meeting
Mar 26 - Mar 28, 2016Tohoku University
You can search for presentations in this event.
SearchSearch Results(909)
[1A02]Examination of the decreasing effect on internal exposure by sheltering(2)Sensitivity analysis
＊Jun Hirouchi1, Shogo Takahara1, Masatoshi Watanabe1, Masahiro Munakata1(1.Japan Atomic Energy Agency)
[1A03]Estimation of Leakage Dose around Therapy Facilities using Cyber Knife
＊Yoshihiro Ogawa1, Eiji Hamada2, Shigemi Ogawa3, Ryotaro Yahagi3(1.Kindai University, 2.Tobata Kyoritsu Hospital, 3.Accuray Japan K.K.)
[1A04]Evaluation of exposure in Ir-192 brachytherapy for treatment of keloids
＊Mao Ohta1,4, Noriaki Nakao2, Shigehiko Kuribayashi3, Tsuguhiro Miyashita3, Naoyuki Shigematsu4, Noriyosu Hayashizaki5(1. Graduate School of Science and Engineering, Tokyo Institute of Technology, 2.Institute of Technology, Shimizu Corporation, 3.Department of Radiotherapy, Nippon Medical School Hospital , 4.Department of Radiology, Keio University School of Medicine, 5.Research Laboratory for Nuclear Reactors, Tokyo Institute of Technology)
[1A05]Synthesis of Polymer Nanomicelle Containing Boron Compounds for Boron Neutron Capture Therapy
＊Shuichiro Yoneoka1, Ki Chul Park1, Takehiko Tsukahara1(1.Research Laboratory for Nuclear Reactor, Tokyo Institute of Technology)
[1A06]Comparative study on the inhibitory effects of radon inhalation and ascorbic acid intake on gerbil brain cell damage associated with transient ischemic
＊Takahiro Kataoka1, Reo Etani1, Norie Kanzaki1, Kaori Sasaoka1, Yusuke Kobashi1, Takehito Taguchi1, Kiyonori Yamaoka1(1.Grad .Sch. Helth Sci. Okayama Univ.)
[1A07]Analysis of small oxidative stress by radon inhalation using self-organizing maps
＊Norie Kanzaki1, Takahiro Kataoka1, Reo Etani1, Kaori Sasaoka1, Hideyuki Mineda2, Akihiro Kanagawa2, Kiyonori Yamaoka1(1.Graduate School of Health Sciences, Okayama University, 2.Faculty of Computer Science and System Engineering, Okayama Prefectural University)
[1A08]Study on the evaluation of energy spectra of a deuterium oxide-moderated 241Am-Li neutron field
＊Katsuya Hoshi1, Sho Nishino1, Tadayoshi Yoshida1, Norio Tsujimura1, Kazuhiko Okada1(1.JAEA)
[1A09]Study on uranium measuring method of drum packaged clearance object by gamma- ray
＊Taiki Yoshii1, Satoru Kawasaki1(1.Regulatory Standard and Research Department Secretariat of Nuclear Regulation Authoriy)
[1A10]Basic characteristics of FNTD(florescent nuclear track detectors) for Am-Be neutrons
＊Tohru OKAZAKI1, Takuya HASHIZUME1, Hiroaki HAYASHI2, Ikuo KOBAYASHI1(1.Nagase Landauer, 2.Inst. of Biomedical Sciences, Tokushima University Graduate School)
[1A11]Detection of plutonium on the wound in high dose radiation field
＊Hiroshi Yoshii1, Yukie Izumoto1,2, Tsugufumi Matsuyama1,3, Kumiko Fukutsu1, Tsuyoshi Hamano1, Yasuhiro Sakai3, Osamu Kurihara1, Yasuhisa Fujibayashi1(1.National Institute of Radiological Sciences, 2.Chiba University, 3.Toho University)
[1A12]Simple method for examination of uranium-contaminated drainage water using total reflection X-ray fluorescence spectroscopy
＊Tsugufumi Matsuyama1,2, Hiroshi Yoshii1, Yukie Izumoto1,3, Tsuyoshi hamano1, Yasuhiro Sakai2, Osamu Kurihara1, Yasuhisa Fuzibayashi1(1.Natioanl Institute of Radiological Science, 2.Toho University, 3.Chiba University)
[1A13]Effect on Molybdenum Adsorption/Desorption Property of Alumina
＊Yoshitaka Suzuki1, Takuya Ishida1, Yumi Suzuki1, Kaori Nishikata1, Kunihiko Tuchiya1, Minoru Matsukura2, Fumio Kurosaki2(1.JAEA, 2.UNION SHOWA)
[1A14]Development of new radioprotectors utilizing glucosyl-rutin
＊Yasushi Aizawa1, Taisuke Inoue2, Shigeaki Sunada2, Takamitsu Kato3, Misturu Uesaka2,1(1.Department of Bioengineering, School of Engineering, the University of Tokyo, 2.Department of Nuclear Engineering and Management, School of Engineering, the University of Tokyo, 3.Department of Environmental & Radiological Health Sciences, Colorado State University)
[1A15]Evaluation of the radical capture effect of glycoside ascorbic acid on heavy particle beam
＊Hideki Kanai1, Shigeaki Sunada1, Yasushi Aizawa1, Akira Fujimori2, Ryuichi Okayasu2, Mitsuru Uesaka1(1.Tokyo Univ., 2.NIRS)
[1A16]Evaluation of radioprotective effect of glycosylated flavonoids by molecular combing method
＊Hao YU1, Shigeaki SUNADA1, Yasushi AIZAWA1, Akira HUJIMORI2, Ryuichi OKAYASU2, Mitsuru UESAKA1(1.Nuclear Engineering and Management, The University of Tokyo, 2.Radiation Risk Reduction Research Program, NIRS)
[1B01]Failure mechanism under extreme loadings and prevention of catastrophic failure(12)Structural strength study for the 4th layer of DiD distinguished from the design (The 1st, 2nd ,3rd layer)
＊Naoto Kasahara1, Takuya Asato1, Izumi Nakamura2, Hideo Machida3, Chuanrong Jin4(1.The University of Tokyo, 2.NIED, 3.TEPSYS, 4.CTC)
[1B02]Failure mechanism under extreme loadings and prevention of catastrophic failure(13)Study on mechanism of local failure with experiments and analysis
＊Shigeho Kubota1, Shin Ogiso1, Takuya Satou1, Naoto Kasahara1(1.Tokyo Univ.)
[1B03]Failure mechanism under extreme loadings and prevention of catastrophic failure(14)Effects of elastic-plastic deformation on seismic loading transfer to structure
＊Ryota Sakemi1, Bari Al1, Yamato Katsura1, Naoto Kasahara1(1.University of Tokyo)
[1B04]Failure mechanism under extreme loadings and prevention of catastrophic failure(15)Numerical study on ratcheting and collapse failure due to seismic loading
＊MD ABDULLAH AL BARI1, Yamato KATSURA1, Ryota SAKEMI1, Takuya SATO1, Naoto KASAHARA1(1.The University of Tokyo)
[1B05]Failure mechanism under extreme loadings and prevention of catastrophic failure(16)Proposal for limit strength evaluation method using the failure mode map
＊Hiroshi Ogawa1, Hideo Machida1, Naoto Kasahara2(1.TEPCO SYSTEMS CORPORATION, 2.The University of Tokyo)
[1B06]Failure mechanism under extreme loadings and prevention of catastrophic failure(17)External pressure buckling of SUS304 circular tubes at super high temperature
＊Koji Iwata1, Yasuhisa Karakida1, Chuanrong Jin1, Naoto Kasahara2(1.ITOCHU Techno-Solutions Corporation , 2.The University of Tokyo)
[1B07]Failure Mechanism Under Extreme Loadings and Prevention of Catastrophic Failure(18)Limit Strength Evaluation Based on Reliability
＊Masaaki Suzuki1, Naoto Kasahara1(1.The University of Tokyo)
[1B08]A Study for Evaluating Local Damage to Structures Subjected to Oblique Impact
＊Yoshimi OHTA1, Akemi Nishida1, Haruji Tsubota1(1.Japan Atomic Energy Agency)
[1B09]Towards to V&V for assembly structural analysis
＊Norihiro Nakajima1, Akemi Nisida1, Kazuhiko Iigaki1, Kazuhiro Sawa1(1.JAEA)
[1B10]A sensitive analysis for the seismic response analysis of a nuclear reactor building by using a 3D FE model
＊Byunghyun Choi1, Akemi Nishida1, Norihiro Nakajima1(1.Japan Atomic Energy Agency)
[1B11]Influence of differences between seismic response evaluation methods for equipment and piping of a nuclear facility
＊Akemi Nishida1, Kazuhiko Iigaki1, Kazuhiro Sawa1(1.Japan Atomic Energy Agency)
[1B12]LoD Control of Radioactivity Measurement Map for Multivariable Data Analyses
＊HIROKO MIYAMURA1, SHIGEO TAKAHASHI2, YASUHIRO IDOMURA1, HIROSHI TAKEMIYA1(1.Japan Atomic Energy Agency, 2.University of Aizu)
[1B13]Development of Multiscale Numerical Simulation Method for Thermal Transient Phenomena of Sodium-cooled Fast Reactor(1)Outline of Simulation Method Development
＊Masaaki Tanaka1, Tomoyuki Hiyama1, Satoshi Murakami2, Norihiro Doda1, Hiroyuki Ohshima1(1.JAEA, 2.NDD)
[1B14]Water Spreading on Floor by Explicit Moving Particle Simulation Method
＊Zidi Wang1, Tiangang Zhang1, Kohei Murotani1, Kazuya Shibata1, Seiichi Koshizuka1(1.University of Tokyo)
[1B15]Three-dimensional Flooding Analysis in the Turbine Building of Fukushima Dai-ichi Nuclear Power Station by the Tsunami of Great East Japan Earthquake Using Particle Method
＊Yasutoshi Nannichi1, Kohei Murotani1, Seiichi Koshizuka1, Eiichi Nagai2, Toshimitsu Fujisawa2, Akira Anju3(1.The University of Tokyo, 2.Prometech, 3.KKE)
[1B16]Thermal hydraulics modeling on core melting in severe accidents
＊Kazuya Takabatake1, DIMITRIOS PAVLIDIS2, CHRISTOPHER PAIN2, Mikio Sakai1(1.Tokyo Univ., 2.Imperial College London)
[1B17]Relationship between apparent viscosity and slurry structure in a vitrification process
＊Hiroyuki Araki1, Mikio Sakai2, Midori Uchiyama3, Hiroaki Fujiwara3(1.School of Engineering, UTokyo, 2.UTokyo, 3.IHI Corporation)
[1C01]Development of Prediction Technology of Two-Phase Flow Dynamics under Earthquake Acceleration(31)Three-Dimensional Measurement of a Rising Single Bubble under the Horizontal Structure Vibration.
＊Akifumi Miyazaki1, Yuki Kato2,1, Tetsuya Kanagawa1, Akiko Kaneko1, Hideaki Monji1, Hiroyuki yoshida2, Yutaka Abe1(1.Univ.Tsukuba, 2.JAEA)
[1C02]Flow Structure of Gas-Phase Jet with Pool Scrubbing
＊Kazuki Yamamoto1, Takaaki Goi1, Yuki Narushima1, Akifumi Miyazaki1, Tetsuya Kanagawa1, Akiko Kaneko1, Yutaka Abe1(1.University of Tsukuba)
[1C03]Behavior of suspended particles in bubbles
＊Takaaki Goi1, Kazuki Yamamoto1, Shimpei Saito1, Tomohisa Yuasa1, Tetsuya Kanagawa2, Akiko Kaneko2, Yutaka Abe2(1.University of Tsukuba Graduate School, 2.University of Tsukuba)
[1C04]Two-phase Flow Measurement in an Upward Pipe Flow Using Wire-Mesh Sensor Technology
＊Lifang Jiao1, Kazuyuki Takase1, Wei Liu1, Taku Nagatake1, Shinichiro Uesawa1, Hiroyuki Yoshida1, Mitsuhiko Shibata1(1.Japan Atomic Energy Agency)
[1C05]Study on Seawater Pool Boiling Heat Transfer(1)Effect of Deposited Minerals on Heat Transfer Surface
＊Shinichiro Uesawa1, Yasuo Koizumi1, Mitsuhiko Shibata1, Hiroyuki Yoshida1(1.Japan Atomic Energy Agency)
[1C06]Study on bubble nucleation behavior in subcooled flow boiling
＊Kazuhiro Kaiho1, Kenta Tuchie2, Koji Enoki1, Tomio Okawa1(1.The university of electro-communications (Graduate school), 2.The university of electro-communications)
[1C07]Numerical simulation of subcooled flow boiling using a particle-fluid model
＊Tomio Okawa1, Naoki Miyano1, Kazuhiro Kaiho1, Koji Enoki1(1.The University of Electro-Communications)
[1C08]Development of Numerical Simulation for Jet Break up Behavior in
Complicated Structure of BWR Lower PlenumEvaluation of Jet Breakup Length in Complicated Structures using LIF Method
＊Yuki Narushima1, Yutaka Abe1, Akiko Kaneko1, Tetsuya Kanagawa1, Takayuki Suzuki2, Hiroyuki Yoshida2(1.University of Tsukuba, 2.JAEA)
[1C09]Development of Numerical Simulation for Jet Breakup Behavior in Complicated Structure of BWR Lower Plenum(13)Effects of spatial resolution on the molten material atomization behavior
＊Takayuki Suzuki1, Hiroyuki Yoshida2, Yuki Narushima3, Akiko Kaneko3, Yutaka Abe3(1.Yamato System Engineer, 2.Japan Atomic Energy Agency, 3.University of Tsukuba)
[1C10]Visualization Experiment of Zirconium-Steam Reaction1. Outline of the equipment for visualization experiment of zirconium-steam reaction
＊Shunsuke Uchida1, Hide Okada1, Masanori Naitoh1, Yukio Hanamoto2, Masahiro Fujikawa3(1.The Institute of Applied Energy, 2.Kaken, 3.Japan Broadcasting Corporation)
[1C11]Visualization Experiment of Zirconium-Steam Reaction2. Experimental Results and Their Application for Future Studies
＊Hide Okada1, Shunsuke Uchida1, Masanori Naitoh1, Yukio Hanamoto2, Masahiro Fujikawa3(1.The Institute of Applied Energy, 2.Kaken, 3.Japan Broadcasting Corporation)
[1C12]Experiments on Influences of Injecting Seawater and Boric Acid under Severe Accident Conditions(4)Sea-salt and Borated-salt co-precipitation in 5x5 bundle geometry due to boiling
＊Masahiro Furuya1(1.CRIEPI)
[1C13]Experiments on influences of injecting seawater and boric acid under severe accident conditions(5)Method for precipitation behavior prediction in rod bundle assemblies
＊Miyuki Akiba1, Akitoshi Hotta1(1.Nuclear regulation authority)
[1C14]Anlysis on NUPEC M-7-1 test based on GOTHIC fully distributed parameter modeling
＊Takeshi Nishimura1, Akitoshi Hotta1(1.S/NRA/R)
[1C15]Development of thermal-hydraulic module of DONJON for BWR simulation
＊Kyohei Yoshinaga1, Augusto Solis2, Henrik Sjöstrand2, Kenji Takeshita1(1.Tokyo Institute of Technology, 2.Uppsala Univ.)
[1C16]Application of the statistical method to the small break LOCA with high pressure injection failure(14)Statistical Safety Analysis in a PWR, Part1
＊Toshihide Torige1, Ikuo Kinoshita1, Minoru Yamada2(1.INSS, 2.MHI NSENG)
[1C17]Application of the statistical method to the small break LOCA with high pressure injection failure(15)Statistical Safety Analysis in a PWR, Part2
＊Ikuo Kinoshita1, Toshihide Torige1, Minoru Yamada2(1.INSS, 2.MHI NS Engineering)
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