M. Yamanaka

发表

Estimation of kinetics parameters by Monte Carlo fixed-source calculations for point kinetic analysis of accelerator-driven system

Donghun Kim, H. Shim, M. Yamanaka, 2020 .

Integral Experiments on Critical Irradiation of 237Np and 241Am Foils at Kyoto University Critical Assembly

M. Yamanaka, C. Pyeon, T. Sano, 2019, Nuclear Science and Engineering.

Experimental analysis and uncertainty quantification using random sampling technique for ADS experiments at KUCA

Tomohiro Endo, G. Chiba, M. Yamanaka, 2018 .

Monte Carlo Approach of Effective Delayed Neutron Fraction by k-Ratio Method with External Neutron Source

Tsuyoshi Misawa, Cheol Ho Pyeon, Masao Yamanaka, 2016 .

Neutron Generation Time in Highly-Enriched Uranium Core at Kyoto University Critical Assembly

Tomohiro Endo, G. Chiba, Kenichi Watanabe, 2020 .

EXPERIMENT OF UNIQUE COMBINATION NUMBER DUE TO THE THIRD-ORDER NEUTRON-CORRELATION

A. Yamamoto, Tomohiro Endo, Kenichi Watanabe, 2021, EPJ Web of Conferences.

EXPERIMENTAL STUDY ON NEUTRON CORRELATION ANALYSIS FOR A SUBCRITICAL SYSTEM DRIVEN BY A PULSED SPALLATION NEUTRON SOURCE IN KUCA

M. Yamanaka, C. Pyeon, K. Hashimoto, 2021, EPJ Web of Conferences.

Source multiplication measurements and neutron correlation analyses for a highly enriched uranium subcritical core driven by an inherent source in Kyoto University Critical Assembly

M. Yamanaka, C. Pyeon, K. Hashimoto, 2020, Journal of Nuclear Science and Technology.

Feynman-α and Rossi-α analyses for a subcritical reactor system driven by a pulsed spallation neutron source in Kyoto University Critical Assembly

M. Yamanaka, C. Pyeon, K. Hashimoto, 2020 .

Effective delayed neutron fraction by Rossi-α method in accelerator-driven system experiments with 100 MeV protons at kyoto university critical assembly

M. Yamanaka, C. Pyeon, Yasunori Kitamura, 2017 .

First nuclear transmutation of 237Np and 241Am by accelerator-driven system at Kyoto University Critical Assembly

Tomohiro Endo, G. Chiba, Kenichi Watanabe, 2019, Journal of Nuclear Science and Technology.

Effect of neutron spectrum on subcritical multiplication factor in accelerator-driven system

T. Iwasaki, M. Yamanaka, C. Pyeon, 2019, Progress in Nuclear Energy.

Uncertainty Quantification of Lead and Bismuth Sample Reactivity Worth at Kyoto University Critical Assembly

M. Yamanaka, C. Pyeon, M. Fukushima, 2021 .

Proton beam characteristics with wavelength shifting fiber detector at Kyoto University Critical Assembly

Bongsoo Lee, K. Jang, M. Yamanaka, 2019, Japanese Journal of Applied Physics.

Nuclear Data-Induced-Uncertainty Quantification of Neutron Multiplication Factor and Prompt Neutron Decay Constant for Pb-Bi loaded ADS Benchmark Problems at KUCA

Tomohiro Endo, G. Chiba, M. Yamanaka, 2017 .

Experimental analyses of βeff/Λ in accelerator-driven system at Kyoto University Critical Assembly

Tomohiro Endo, G. Chiba, Kenichi Watanabe, 2020, Journal of Nuclear Science and Technology.

Nuclear data-induced uncertainty quantification of prompt neutron decay constant based on perturbation theory for ADS experiments at KUCA

Tomohiro Endo, G. Chiba, Kenichi Watanabe, 2020, Journal of Nuclear Science and Technology.

Kinetics solution with iteration scheme of history-based neutron source in accelerator driven system

M. Yamanaka, C. Pyeon, S. Kim, 2018 .

Improvement of fission source distribution by correlated sampling method in Monte Carlo perturbation calculations

M. Yamanaka, C. Pyeon, S. Kim, 2018 .

Medium-Grain Niobium SRF Cavity Production Technology for Science Frontiers and Accelerator Applications

Md. Obidul Islam, S. Michizono, Ashok Kumar, 2022, 2203.07371.

Benchmarks of subcriticality in accelerator-driven system at Kyoto University Critical Assembly

Go Chiba, Tomohiro Endo, Thanh Mai Vu, 2017 .

Accuracy of Reactor Physics Parameters in Thorium-Loaded Accelerator-Driven System Experiments at Kyoto University Critical Assembly

Tsuyoshi Misawa, Cheol Ho Pyeon, Masao Yamanaka, 2016 .

Experimental analyses of bismuth sample reactivity worth at Kyoto University Critical Assembly

Cheol Ho Pyeon, Masao Yamanaka, Masahiro Fukushima, 2018, Journal of Nuclear Science and Technology.

Uncertainty quantification of criticality in solid-moderated and -reflected cores at Kyoto University Critical Assembly

Go Chiba, Tomohiro Endo, Cheol Ho Pyeon, 2018 .

Benchmarks of Criticality in Solid-Moderated and Solid-Reflected Cores at Kyoto University Critical Assembly

Cheol Ho Pyeon, Masao Yamanaka, M. Yamanaka, 2018, Nuclear Science and Engineering.

Experimental benchmarks on kinetic parameters in accelerator-driven system with 100 MeV protons at Kyoto University Critical Assembly

Go Chiba, Tomohiro Endo, Cheol Ho Pyeon, 2017 .

Applicability of Dynamic Mode Decomposition to Estimate Fundamental Mode Component of Prompt Neutron Decay Constant from Experimental Data

A. Yamamoto, Tomohiro Endo, M. Yamanaka, 2021, Nuclear Science and Engineering.

Subcriticality estimation by extended Kalman filter technique in transient experiment with external neutron source at Kyoto University Critical Assembly

Kenichi Watanabe, M. Yamanaka, C. Pyeon, 2020 .

Experimental analyses of βeff/Λ in accelerator-driven system at Kyoto University Critical Assembly

Tomohiro Endo, G. Chiba, M. Yamanaka, 2018, Journal of Nuclear Science and Technology.

Power spectral analysis for a subcritical reactor system driven by a pulsed spallation neutron source in Kyoto University Critical Assembly

M. Yamanaka, C. Pyeon, K. Hashimoto, 2020 .

Calculation of the cross and auto power spectral densities for low neutron counting from pulse mode detectors

A. Talamo, Y. Gohar, M. Yamanaka, 2019, Annals of Nuclear Energy.

Measurement of prompt neutron decay constant with spallation neutrons at Kyoto University Critical Assembly using linear combination method

R. Katano, M. Yamanaka, C. Pyeon, 2020, Journal of Nuclear Science and Technology.

Application of Linear Combination Method to Pulsed Neutron Source Measurement at Kyoto University Critical Assembly

R. Katano, M. Yamanaka, C. Pyeon, 2019, Nuclear Science and Engineering.