Kyoto University Research Information Repository: 検索

DSpace

Kyoto University

検索

検索結果表示: 1-10 / 25.

前
1
2
3
次

検索結果:

書誌情報	ファイル
Higher harmonic analyses of the [252]Cf source driven noise analysis method Yamamoto, Toshihiro (2015-02) Annals of Nuclear Energy, 76: 521-529
Validation of (241)Am Capture Cross Section through Integral Test Using Criticality Data of Light-water Moderated MOX Cores Nakajima, Ken; Sano, Tadafumi; Yamamoto, Toshihiro (2015-05) Energy Procedia, 71: 237-243
A new concept of Monte Carlo kinetics parameter calculation using complex-valued perturbation Yamamoto, Toshihiro; Sakamoto, Hiroki (2014-09) Annals of Nuclear Energy, 71: 480-488
Frequency domain optical tomography using a Monte Carlo perturbation method Yamamoto, Toshihiro; Sakamoto, Hiroki (2016-04) Optics Communications, 364: 165-176
Monte Carlo method for solving a B1 equation with complex-valued buckling in asymmetric geometries and generation of directional diffusion coefficients Yamamoto, Toshihiro; Sakamoto, Hiroki (2018-12) Annals of Nuclear Energy, 122: 37-46
Implementation of a frequency-domain neutron noise analysis method in a production-level continuous energy Monte Carlo code: Verification and application in a BWR Yamamoto, Toshihiro (2018-05) Annals of Nuclear Energy, 115: 494-501
Dynamic mode decomposition for subcriticality measurement using measured data at single location Yamamoto, Toshihiro; Sakamoto, Hiroki (2023-01) Annals of Nuclear Energy, 180
Eigenvalue sensitivity analysis capabilities with the differential operator method in the superhistory Monte Carlo method Yamamoto, Toshihiro (2018-02) Annals of Nuclear Energy, 112: 150-157
A Monte Carlo technique for sensitivity analysis of alpha-eigenvalue with the differential operator sampling method Yamamoto, Toshihiro; Sakamoto, Hiroki (2019-05) Annals of Nuclear Energy, 127: 178-187
Advances in time-dependent Monte Carlo simulations for void velocity determination using neutron noise techniques Yamamoto, Toshihiro; Shen, Xiuzhong; Sakamoto, Hiroki (2021-08) Progress in Nuclear Energy, 138