Oral presentation

[2L01-05] Nuclear Transmutation 1

Thu. Sep 6, 2018 2:45 PM - 4:10 PM Room L (D12 -D Building)

Chair:Jun Nishiyama(Tokyo Tech)

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2:45 PM - 3:00 PM

[2L01] Optimization study of B₄C filter thickness for shifting to fast spectrum at experimental position in NRAD core

*AKITO OIZUMI¹, Andrew J. Hummel², Margaret A. Marshall², Giuseppe Palmiotti², Gilles J. Youinou² (1. Japan Atomic Energy Agency, 2. Idaho National Laboratory)

3:00 PM - 3:15 PM

[2L02] Development of RBWR for Long-lived Transuranium Elements Burner

(16) Contribution of RBWR for realization of sustainable fuel cycle

*Tetsushi Hino¹, Junichi Miwa¹, Takeshi Mitsuyasu¹, Yohei Murakami¹, Masaya Ohtsuka¹, Hideo Soneda² (1. Hitachi, Ltd., 2. Hitachi-GE Nuclear Energy, Ltd.)

3:15 PM - 3:30 PM

[2L03] Development of RBWR for Long-lived Transuranium Elements Burner

(17) ABWR back-fit concept of RBWR core

*Junichi Miwa¹, Tetsushi Hino¹, Takeshi Mitsuyasu¹, Yohei Murakami¹, Masaya Ohtsuka¹, Hideo Soneda² (1. Hitachi, Ltd. R&D group, 2. Hitachi-GE Nuclear Energy, Ltd.)

3:30 PM - 3:45 PM

[2L04] Concept of a nuclear fuel cycle using an environmental load-reducing light-water reactor

(7)-The environmental load reduction effect of FORSETI^TM-

*Shungo SAKURAI¹, Kouji HIRAIWA¹, Rei KIMURA¹, Satoshi WADA¹, Tsukasa SUGITA¹, Yuya TAKAHASHI¹ (1. TOSHIBA Energy Systems & Solutions Corporation)

3:45 PM - 4:00 PM

[2L05] Preliminary analysis of "nuclear alchemy" demonstration experiment to generate gold from mercury

*Soma Nakamura¹, Peng Hong Liem^1,2, Naoyuki Takaki¹ (1. Tokyo City University, 2. Nippon Advanced Information Service )

Time reserved for Chair （4:00 PM - 4:10 PM）

Oral presentation

[2L06-12] Nuclear Transmutation 2

Thu. Sep 6, 2018 4:10 PM - 6:00 PM Room L (D12 -D Building)

Chair:Naoto Aizawa(Tohoku Univ.)

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4:10 PM - 4:25 PM

[2L06] Development of highly flexible technology for recovery and transmutation of minor actinide

(3)Design study on a MOX fuel fast reactor core loading highly concentrated MA-containing metal fuel

*Kazuya Ohgama¹, Toshiharu Hara², Hirokazu Ohta ², Shigeo Ohki ¹, Masatoshi Iizuka² (1. JAEA, 2. CRIEPI)

4:25 PM - 4:40 PM

[2L07] Development of Innovative Nuclear Waste Burning System by Fast Reactor Cycle Using Pu Metallic Fuel with MA

(16) Overall Summary

*KAZUO ARIE¹, YASUSHI TSUBOI¹, TAKASHI OMORI¹, AKIHIRO HARA¹, MASATOSHI IIZUKA², HIROKAZU OHTA², YUJI ARITA³, HIRONOBU UNESAKI⁴ (1. Toshiba Energy Systems & Solutions Corporation, 2. CRIEPI, 3. University of Fukui, 4. Kyoto University)

4:40 PM - 4:55 PM

[2L08] Development of Innovative Nuclear Waste Burning System by Fast Reactor Cycle Using Pu Metallic Fuel with MA

(17) Core design and fuel integrity evaluation

*Yasushi Tsuboi¹, Hirokazu Ohta², Yuji arita³, Kazuo Arie¹, Akihiro Hara¹, Mitsuaki Yamaoka¹ (1. Toshiba Energy Systems & Solution Corporation, 2. CRIEPI, 3. Fukui University)

4:55 PM - 5:10 PM

[2L09] Development of Innovative Nuclear Waste Burning System by Fast Reactor Cycle Using Pu Metallic Fuel with MA

(18) Measurement of Doppler Effect for Metallic Fuel Alternative Alloy Material with Pulsed Neutron Source II

*Hironobu Unesaki¹, Tadafumi SANO Sano¹, Jun-ichi Hori¹, Yoshiyuki Takahashi¹, Ken Nakajima¹, Akihiro Hara² (1. Kyoto University, 2. Toshiba Energy Systems & Solutions Corporation)

5:10 PM - 5:25 PM

[2L10] Development of Innovative Nuclear Waste Burning System by Fast Reactor Cycle Using Pu Metallic Fuel with MA

(19) Studies on higher rare earths FPs decontamination process alternatives

*Yoshiharu Sakamura¹, Masatoshi Iizuka¹, Tsuyoshi Murakami¹, Takashi Omori² (1. Central Research Institute of Electric Power Industry, 2. Toshiba Energy Systems & Solutions Corporation)

5:25 PM - 5:40 PM

[2L11] Development of Innovative Nuclear Waste Burning System by Fast Reactor Cycle Using Pu Metallic Fuel with MA

(20) Salt Distillation and Consolidation into Glass-bonded Sodalite Form Using Rare-earth Precipitate Generated in Molten Salt

*Koichi Uozumi¹, Masatoshi Iizuka¹, Takashi Omori² (1. Central Research Institute of Electric Power Industry, 2. Toshiba Energy Systems and Slutions Corporation)

5:40 PM - 5:55 PM

[2L12] Development of Innovative Nuclear Waste Burning System by Fast Reactor Cycle Using Pu Metallic Fuel with MA

(21) Study on an electro-refining process of high-content-Zr TRU metal fuel and its recycling facility

*Takashi Omori¹, Hitoshi Nakamura¹, Yasushi Tsuboi¹, Kazuo Arie¹ (1. Toshiba Energy Systems & Solutions Corporation)

Time reserved for Chair （5:55 PM - 6:00 PM）

Oral presentation

[3L01-03] Reactor Strategy

Fri. Sep 7, 2018 9:30 AM - 10:20 AM Room L (D12 -D Building)

Chair:Hiroshi Sagara(Tokyo Tech)

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9:30 AM - 9:45 AM

[3L01] Public Policies Building of Energy Security

(4)Case study on restart process of the fast breeder reactor Monju

*Yuko Koito¹ (1. Japan Atomic Energy Agency)

9:45 AM - 10:00 AM

[3L02] Study on a Building and Improvement of Public Acceptance for Fast Reactor and Advanced Reactor

(1) Study on Communication for Public Acceptance of New Technologies

*Hirofumi Nakamura¹, Akira Ohtaki¹, Yuko Koito¹ (1. JAEA)

10:00 AM - 10:15 AM

[3L03] Study on a Building and Improvement of Public Acceptance for Fast Reactor and Advanced Reactor

(2) Significance and Introduction Strategy for the Fast Reactor Cycle from Viewpoints of Nuclear Fuel Cycle Mass Balance Analyses

*Akira Ohtaki¹, Hirofumi Nakamura¹, Yuko Koito¹, Yoshiki Sato² (1. JAEA, 2. NESI Inc.)

Time reserved for Chair （10:15 AM - 10:20 AM）

Oral presentation

[3L04-09] New Type Reactor Design

Fri. Sep 7, 2018 10:20 AM - 12:00 PM Room L (D12 -D Building)

Chair:Tatsuya Fujita(NRA)

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10:20 AM - 10:35 AM

[3L04] Study of reactivity control method with thorium on Accelerator Driven System

*Hideki SAITO¹, Naoto AIZAWA¹, Tomohiko IWASAKI¹ (1. Tohoku Univ.)

10:35 AM - 10:50 AM

[3L05] Fundamental study of direct nuclear energy conversion to electricity

(1) Criticality characteristics of fission electric cell reactor

*Hiroki Takezawa¹ (1. Tokyo City University)

10:50 AM - 11:05 AM

[3L06] Devlopment of Small Fast Reactor Self- supplying Nuclear Fuel

(1) Way of Self-supplying Nuclear Ffuel

*Yoshitaka NAITO¹, Kazuo Asekura¹ (1. NAIS Co. inc)

11:05 AM - 11:20 AM

[3L07] Development of Self-sustaining Small FR

(2) Verification of Self-sutaining Core Concept

*Kazuo Azekura¹, Yoshitaka Naito¹ (1. NAIS Co., Inc.)

11:20 AM - 11:35 AM

[3L08] Feasibility of CANDLE burnup for pebble bed reactors with accumulative fuel loading

*Jun Nishiyama Nishiyama¹ (1. Tokyo Institute of Technology)

11:35 AM - 11:50 AM

[3L09] Compensation for Fuel Losses in The Melt-Refining Process in Small CANDLE Reactor

*Khanh Van Hoang¹, Jun Nishiyama¹, Toru Obara¹ (1. Laboratory for Advanced Nuclear Energy, Institute of Innovative Research, Tokyo Institute of Technology)

Time reserved for Chair （11:50 AM - 12:00 PM）

Oral presentation

[3L10-13] Fast Reactor Design

Fri. Sep 7, 2018 2:45 PM - 3:50 PM Room L (D12 -D Building)

Chair:AKITO OIZUMI(JAEA)

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2:45 PM - 3:00 PM

[3L10] Evaluation of the effect of plutonium produced through transmutation of minor actinides by fusion neutrons on the core characteristics in a fast reactor

*Yuta Imanaka¹, Hiroki Shishido¹, Noritaka Yusa¹, Hidetoshi Hashizume¹ (1. Tohoku Univ.)

3:00 PM - 3:15 PM

[3L11] Study on the core shape of intrinsic safe fast reactor preventing re-criticality

*Takanori Mochimaru¹, Naoyuki Takaki¹, Keiko Chitose¹ (1. Tokyo City University)

3:15 PM - 3:30 PM

[3L12] Investigation on the calculation method of sodium void reactivity for fast reactor cores with sodium plenum (2)

Correction of the background cross-section in the cell calculation for sodium plenum

*Kazuteru Sugino¹, Shigeo Ohki¹ (1. JAEA)

3:30 PM - 3:45 PM

[3L13] Comparison of Calculation Results of Benchmark Problem for ASTRID Initial Core (4)

*Akihiro Hara¹, Timothée KOOYMAN² (1. Toshiba Energy Systems & Solutions Corporation, 2. CEA, DEN, DER, SPRC/LE2C)

Time reserved for Chair （3:45 PM - 3:50 PM）

Sessions

III. Fission Energy Engineering » 301-2 Reactor Design, Nuclear Energy Strategy, Nuclear Transmutation

[2L01-05] Nuclear Transmutation 1

(16) Contribution of RBWR for realization of sustainable fuel cycle

(17) ABWR back-fit concept of RBWR core

(7)-The environmental load reduction effect of FORSETITM-

[2L06-12] Nuclear Transmutation 2

(3)Design study on a MOX fuel fast reactor core loading highly concentrated MA-containing metal fuel

(16) Overall Summary

(17) Core design and fuel integrity evaluation

(18) Measurement of Doppler Effect for Metallic Fuel Alternative Alloy Material with Pulsed Neutron Source II

(19) Studies on higher rare earths FPs decontamination process alternatives

(20) Salt Distillation and Consolidation into Glass-bonded Sodalite Form Using Rare-earth Precipitate Generated in Molten Salt

(21) Study on an electro-refining process of high-content-Zr TRU metal fuel and its recycling facility

[3L01-03] Reactor Strategy

(4)Case study on restart process of the fast breeder reactor Monju

(1) Study on Communication for Public Acceptance of New Technologies

(2) Significance and Introduction Strategy for the Fast Reactor Cycle from Viewpoints of Nuclear Fuel Cycle Mass Balance Analyses

[3L04-09] New Type Reactor Design

(1) Criticality characteristics of fission electric cell reactor

(1) Way of Self-supplying Nuclear Ffuel

(2) Verification of Self-sutaining Core Concept

[3L10-13] Fast Reactor Design

Correction of the background cross-section in the cell calculation for sodium plenum

Authentication

(7)-The environmental load reduction effect of FORSETI^TM-