*Taku Matsumoto¹, Ryota Tsuchimochi¹, Shun Hirooka¹, Masato Kato¹, Josha Taylor White², Kenneth James McClellan² (1. Japan Atomic Energy Agency, 2. Los Alamos National Laboratory)

11:30 AM - 11:45 AM

[1A05] Evaluation of high-temperature properties of CaF₂ with machine-learning molecular dynamics

*Hiroki Nakamura¹, Masahiko Machida¹ (1. JAEA)

11:45 AM - 12:00 PM

[1A06] Development of physical property measurement technique for molten oxide fuel by high-speed electrical pulse heating-2

*Keisuke NIINO¹, Yuji Arita¹, Kenji Konashi², Hiromichi Watanabe³, Kyoichi Morimoto⁴, Masashi Watanabe⁴ (1. Univ. of Fukui, 2. Tohoku Univ., 3. AIST, 4. JAEA)

Sessions

V. Nuclear Fuel Cycle and Nuclear Materials » 501-1 Basic Properties

[1A01-03] Fission Products

[1A01] Study on Effective Utilization of Fission Products and Fuel Debris Handling for Nuclear Fuel Cycle

(1)Overview of the Emphasis Research in Tokyo City University

[1A02] Study on Effective Utilization of Fission Products and Fuel Debris Handling for Nuclear Fuel Cycle

(2)Synthetic Tests on Simulated White Metal Inclusion in Irradiated Fuels

[1A03] Measurement of ruthenium activity in Ru-Pd binary alloy

[1A04-06] High Temperature Thermal Property of Oxide Fuel

[1A04] The bredig transition effect on the thermal conductivity of CaF₂

[1A05] Evaluation of high-temperature properties of CaF₂ with machine-learning molecular dynamics

[1A06] Development of physical property measurement technique for molten oxide fuel by high-speed electrical pulse heating-2

Authentication

Sessions

V. Nuclear Fuel Cycle and Nuclear Materials » 501-1 Basic Properties

[1A01-03] Fission Products

[1A01] Study on Effective Utilization of Fission Products and Fuel Debris Handling for Nuclear Fuel Cycle

(1)Overview of the Emphasis Research in Tokyo City University

[1A02] Study on Effective Utilization of Fission Products and Fuel Debris Handling for Nuclear Fuel Cycle

(2)Synthetic Tests on Simulated White Metal Inclusion in Irradiated Fuels

[1A03] Measurement of ruthenium activity in Ru-Pd binary alloy

[1A04-06] High Temperature Thermal Property of Oxide Fuel

[1A04] The bredig transition effect on the thermal conductivity of CaF2

[1A05] Evaluation of high-temperature properties of CaF2 with machine-learning molecular dynamics

[1A06] Development of physical property measurement technique for molten oxide fuel by high-speed electrical pulse heating-2

Authentication

[1A04] The bredig transition effect on the thermal conductivity of CaF₂

[1A05] Evaluation of high-temperature properties of CaF₂ with machine-learning molecular dynamics