Oral presentation

[2F19-22] Core Design 1 (Na-cooled Reactor)

Tue. Mar 28, 2017 5:25 PM - 6:30 PM Room F (16-206 Building No.16)

Chair: Kenji Yokoyama (JAEA)

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5:25 PM - 5:40 PM

[2F19] Study on core shape of sodium cooled fast reactor for avoiding recriticality in case of core disruptive accident

*Satoshi Nakano¹, Eiichi Suetomi¹, Naoyuki Takaki¹, Hiroki Takezawa¹ (1. Tokyo City Univ.)

5:40 PM - 5:55 PM

[2F20] Core design study on 750MWe JSFR with metal fuel

(1)Evaluation of fuel irradiation behavior

*Hirokazu Ohta¹, Kazuya Ohgama ², Takanari Ogata¹, Yoshihisa Ikusawa ², Shigeo Ohki ² (1. CRIEPI, 2. JAEA)

5:55 PM - 6:10 PM

[2F21] Core design study on 750MWe JSFR with metal fuel

(2)Core neutronics design

*Kazuya Ohgama¹, Hirokazu Ohta², Yoshihisa Ikusawa¹, Shigeo Ohki ¹, Takanari Ogata² (1. Japan Atomic Energy Agency, 2. Central Research Institute of Electric Power Industry)

6:10 PM - 6:25 PM

[2F22] Development of Innovative Nuclear Waste Burning System by Fast Reactor Cycle Using Pu Metallic Fuel with MA

(10)Heterogeneity Effect of Fuel and Neutron Moderator in TRU Metallic Fuelled Core

*MITSUAKI YAMAOKA¹, YASUYUKI MORIKI¹, AKIHIRO HARA¹, REI KIMURA¹, YASUSHI TSUBOI¹, KAZUO ARIE¹ (1. Toshiba Corporation Energy Systems & Solutions Campany)

Time reserved for Chair （6:25 PM - 6:30 PM）

Oral presentation

[3F01-05] MA Transmutation

Wed. Mar 29, 2017 9:30 AM - 10:45 AM Room F (16-206 Building No.16)

Chair: Cheol Ho Pyeon (Kyoto Univ.)

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9:30 AM - 9:45 AM

[3F01] Study on the Minor Actinide Transmutation utilizing Monju Data

(12)MA transmutation representative reactor core

*Koji Fujimura¹, Shota Shirakura¹, Shigeo Ohki², Toshikazu Takeda³ (1. Hitachi-GE Nuclear Energy, Ltd., 2. Japan Atomic Energy Agency, 3. University of Fukui)

9:45 AM - 10:00 AM

[3F02] Study on the Minor Actinide Transmutation utilizing Monju Data

(13)Evaluation of MA transmutation by considering neutron spectrum reconstruction

*Takanori Kitada¹, Satoshi Takeda¹, Toshikazu Takeda², Koji Fujimura³, Sigeo Ohki⁴ (1. Osaka University, 2. Fukui University, 3. Hitachi-GE Nuclear Energy, 4. Japan Atomic Energy Agency)

10:00 AM - 10:15 AM

[3F03] Study on the Minor Actinide Transmutation utilizing Monju Data

(14)Application of Cross Section Adjustment Method Removing Systematic Errors

*Kenji Yokoyama¹, Toshikazu Takeda², Kazuyuki Numata¹ (1. JAEA, 2. Univ. of Fukui)

10:15 AM - 10:30 AM

[3F04] Study on the Minor Actinide Transmutation utilizing Monju Data

(15)Prediction Uncertainty of Minor Actinide transmutation amount

*Tadafumi Sano¹, Toshikazu Takeda², Koji Fujimura³ (1. Kyoto University Research Reactor Institute, 2. University of Fukui, 3. Hitachi-GE Nuclear Energy)

10:30 AM - 10:45 AM

[3F05] Study on the Minor Actinide Transmutation utilizing Monju Data

(16)Boiling behavior, transition and accident behavior analytical technique of the core with the sodium plenum

*Shota Shirakura¹, Satoshi Itooka¹, Toshikazu Takeda² (1. Hitachi-GE, 2. Univ. of Fukui)

Oral presentation

[3F06-07] Strategy of Reactor Type

Wed. Mar 29, 2017 10:45 AM - 11:15 AM Room F (16-206 Building No.16)

Chair: Kazuteru Sugino (JAEA)

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10:45 AM - 11:00 AM

[3F06] Study on full recycling of TRU utilizing LWR and FR

*Ren Shimada¹, Satoshi Takeda¹, Takanori Kitada¹ (1. Osaka University)

11:00 AM - 11:15 AM

[3F07] Study on the deployment scenario of Light Water Reactors and Fast Breeder Reactors in Japan for maintaining nuclear power generation share at 20-22%

*Akiyoshi Tsuji¹, Horoki Takezawa¹, Naoyuki Takaki¹ (1. Tokyo city University)

Oral presentation

[3F08-10] Core Neutronics Evaluation

Wed. Mar 29, 2017 11:15 AM - 12:00 PM Room F (16-206 Building No.16)

Chair: Hirokazu Ohta (CRIEPI)

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11:15 AM - 11:30 AM

[3F08] Comparison of Calculation Results of Benchmark Problem for ASTRID Initial Core (3)

*Akihiro Hara¹, Christine COQUELET-PASCAL² (1. Toshiba Energy Systems and Solutions, 2. CEA, DEN, DER, SPRC/LEDC, Cadarache)

11:30 AM - 11:45 AM

[3F09] Effect of Na void propagation to void reactivity in Fast Reactors with Sodium Plenum

*Toshikazu Takeda¹, Koji Fujimura² (1. Research Institute of Nuclear Engineering ,University of Fukui, 2. Hitachi-GE Nuclear Energy,Ltd)

11:45 AM - 12:00 PM

[3F10] Research and Development of RBWR for High Efficiency Transuranium Elements Burner

(1)Evaluation of Core Characteristics by Whole Core Neutron Transport Calculation

*Junichi Miwa¹, Yasunobu Nagaya², Masaya Ohtsuka¹ (1. Hitachi, 2. JAEA)

Oral presentation

[3F11-13] Core Design 2 (Breeder Reactor)

Wed. Mar 29, 2017 2:45 PM - 3:35 PM Room F (16-206 Building No.16)

Chair: Kazuteru Sugino (JAEA)

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2:45 PM - 3:00 PM

[3F11] Preliminary Study of Super FBR with Multi-Axial Fuel Shuffling

*Shogo Noda¹, Takayuki Someya², Akifumi Yamaji¹ (1. Department of Applied Physics, School of Advanced Science and Engineering, Waseda University, 2. Cooperative Major in Nuclear Energy Graduate School of Advanced Science and Engineering, Waseda University)

3:00 PM - 3:15 PM

[3F12] Core design of breeding PWR using tightly packed fuel assembly

*Tetsuo Takei¹, Akifumi Yamaji¹ (1. Waseda Univ.)

3:15 PM - 3:30 PM

[3F13] Evaluation of Breeding Performance of Static Molten Salt Reactor

*Takumi Iida¹, Naoyuki Takaki¹ (1. Tokyo City Univ.)

Time reserved for Chair （3:30 PM - 3:35 PM）

Oral presentation

[3F14-16] Core Design 3

Wed. Mar 29, 2017 3:35 PM - 4:25 PM Room F (16-206 Building No.16)

Chair: Naoto Aizawa (Tohoku Univ.)

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3:35 PM - 3:50 PM

[3F14] Optimization of neutron irradiation field for producing high quality and large scale semiconductor in pebble bed HTGR

*Masaru Ishimaru¹, Naoyuki Takaki¹ (1. Tokyo City University)

3:50 PM - 4:05 PM

[3F15] Initial Core Design of CANDLE Bunring Fast Reactor Using Plutonium from LWR Spent Fuel

*Hiroki OSATO¹, Jun NISHIYAMA², Toru OBARA² (1. Department of Nuclear Engineering, Tokyo Institute of Technology, 2. Laboratory for Advanced Nuclear Energy, Institute of Innovative Research, Tokyo Institute of Technology)

4:05 PM - 4:20 PM

[3F16] Feasibility of Breed and Burn Reactor with Continuous Fuel Moving

*Kazuki Kuwagaki¹, Jun Nishiyama², Toru Obara² (1. Tokyo Institute of Technology, Department of Nuclear Engineering, 2. Tokyo Institute of Technology, Institute of Innovative Research, Laboratory for Advanced Nuclear Energy )

Time reserved for Chair （4:20 PM - 4:25 PM）

Sessions

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

[2F19-22] Core Design 1 (Na-cooled Reactor)

[2F19] Study on core shape of sodium cooled fast reactor for avoiding recriticality in case of core disruptive accident

[2F20] Core design study on 750MWe JSFR with metal fuel

(1)Evaluation of fuel irradiation behavior

[2F21] Core design study on 750MWe JSFR with metal fuel

(2)Core neutronics design

[2F22] Development of Innovative Nuclear Waste Burning System by Fast Reactor Cycle Using Pu Metallic Fuel with MA

(10)Heterogeneity Effect of Fuel and Neutron Moderator in TRU Metallic Fuelled Core

[3F01-05] MA Transmutation

[3F01] Study on the Minor Actinide Transmutation utilizing Monju Data

(12)MA transmutation representative reactor core

[3F02] Study on the Minor Actinide Transmutation utilizing Monju Data

(13)Evaluation of MA transmutation by considering neutron spectrum reconstruction

[3F03] Study on the Minor Actinide Transmutation utilizing Monju Data

(14)Application of Cross Section Adjustment Method Removing Systematic Errors

[3F04] Study on the Minor Actinide Transmutation utilizing Monju Data

(15)Prediction Uncertainty of Minor Actinide transmutation amount

[3F05] Study on the Minor Actinide Transmutation utilizing Monju Data

(16)Boiling behavior, transition and accident behavior analytical technique of the core with the sodium plenum

[3F06-07] Strategy of Reactor Type

[3F06] Study on full recycling of TRU utilizing LWR and FR

[3F07] Study on the deployment scenario of Light Water Reactors and Fast Breeder Reactors in Japan for maintaining nuclear power generation share at 20-22%

[3F08-10] Core Neutronics Evaluation

[3F08] Comparison of Calculation Results of Benchmark Problem for ASTRID Initial Core (3)

[3F09] Effect of Na void propagation to void reactivity in Fast Reactors with Sodium Plenum

[3F10] Research and Development of RBWR for High Efficiency Transuranium Elements Burner

(1)Evaluation of Core Characteristics by Whole Core Neutron Transport Calculation

[3F11-13] Core Design 2 (Breeder Reactor)

[3F11] Preliminary Study of Super FBR with Multi-Axial Fuel Shuffling

[3F12] Core design of breeding PWR using tightly packed fuel assembly

[3F13] Evaluation of Breeding Performance of Static Molten Salt Reactor

[3F14-16] Core Design 3

[3F14] Optimization of neutron irradiation field for producing high quality and large scale semiconductor in pebble bed HTGR

[3F15] Initial Core Design of CANDLE Bunring Fast Reactor Using Plutonium from LWR Spent Fuel

[3F16] Feasibility of Breed and Burn Reactor with Continuous Fuel Moving

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