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Results:
1-21
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Results: 21
Authors:
Netchaev, A
Hizume, Y
Endo, H
Sawada, T
Ninokata, H
Citation: A. Netchaev et al., Safety characteristics of the multipurpose fast reactor (MPFR), ANN NUC ENG, 28(17), 2001, pp. 1717-1732
Authors:
Netchaev, A
Endo, H
Sawada, T
Ninokata, H
Citation: A. Netchaev et al., The concept and neutronic characteristics of a multipurpose fast reactor (MPFR), ANN NUC ENG, 28(11), 2001, pp. 1083-1099
Authors:
Kuraishi, H
Sawada, T
Ninokata, H
Endo, H
Citation: H. Kuraishi et al., Inherent and passive safety sodium-cooled fast reactor core design with minor actinide and fission product incineration, NUCL SCI EN, 138(3), 2001, pp. 205-232
Authors:
Hotta, A
Zhang, M
Ninokata, H
Citation: A. Hotta et al., BWR regional instability analysis by TRAC/BF1-ENTREE - II: Application to ringhals unit-1 stability test, NUCL TECH, 135(1), 2001, pp. 17-38
Authors:
Shirai, H
Ninokata, H
Citation: H. Shirai et H. Ninokata, Prediction of the equilibrium two-phase flow distributions in inter-connected subchannel systems, J NUC SCI T, 38(6), 2001, pp. 379-387
Authors:
Doda, N
Ninokata, H
Ohira, H
Citation: N. Doda et al., Prediction of release rate of burnt sodium as aerosol, J NUC SCI T, 38(1), 2001, pp. 30-35
Authors:
Ninokata, H
Sawada, T
Citation: H. Ninokata et T. Sawada, Special issue: Global environment & nuclear energy systems - 3 - Proceedings of the Third International Symposium - GENES-3 - Preface, PROG NUCL E, 37(1-4), 2000, pp. 3-4
Authors:
Sawada, T
Ninokata, H
Taneichi, H
Endo, H
Citation: T. Sawada et al., Characteristics of fuel melting and relocation in metallic-fueled fast reactor core and its feasibility for eliminating recriticality, PROG NUCL E, 37(1-4), 2000, pp. 157-162
Authors:
Kasahara, F
Ninokata, H
Citation: F. Kasahara et H. Ninokata, Multi-fluid multi-phase subchannel analysis of subassembly accidents of LMFRS, PROG NUCL E, 37(1-4), 2000, pp. 205-210
Authors:
Endo, H
Netchaev, A
Yoshimura, K
Arie, K
Yamadate, M
Sawada, T
Ninokata, H
Citation: H. Endo et al., A concept of the multipurpose liquid metallic-fueled fast reactor system (MPFR), PROG NUCL E, 37(1-4), 2000, pp. 291-298
Authors:
Netchaev, A
Sawada, T
Ninokata, H
Endo, H
Citation: A. Netchaev et al., Long life multipurpose small size fast reactor with liquid metallic-fueledcore, PROG NUCL E, 37(1-4), 2000, pp. 299-306
Authors:
Sawada, T
Netchaev, A
Ninokata, H
Endo, H
Citation: T. Sawada et al., Gallium-cooled liquid metallic-fueled fast reactor, PROG NUCL E, 37(1-4), 2000, pp. 313-319
Authors:
Kriventsev, V
Ninokata, H
Citation: V. Kriventsev et H. Ninokata, An effective finite-difference scheme for problems of turbulent heat and mass transfer, NUCL ENG DE, 200(1-2), 2000, pp. 11-21
Authors:
Hotta, A
Ninokata, H
Takeuchi, H
Suzawa, Y
Citation: A. Hotta et al., Regional instability evaluation of Ringhals unit 1 based on extended frequency domain model, NUCL ENG DE, 200(1-2), 2000, pp. 201-220
Authors:
Sawada, T
Ninokata, H
Tomozoe, H
Endo, H
Citation: T. Sawada et al., A recriticality-free fast reactor core concept, NUCL TECH, 130(3), 2000, pp. 242-251
Authors:
Kriventsev, V
Ninokata, H
Citation: V. Kriventsev et H. Ninokata, Numerical method for simulation of fluid flow and heat transfer in geometrically disturbed rod bundles, J NUC SCI T, 37(8), 2000, pp. 646-653
Authors:
Kasahara, F
Ninokata, H
Citation: F. Kasahara et H. Ninokata, The multi-fluid multi-phase subchannel analysis code KAMUI for subassemblyaccident analysis of an LMFR, J NUC SCI T, 37(8), 2000, pp. 654-669
Authors:
Hotta, A
Ninokata, H
Baratta, AJ
Citation: A. Hotta et al., Development of parallel coupling system between three-dimensional nodal kinetic code ENTREE and two-fluid plant simulator TRAC/BF1, J NUC SCI T, 37(10), 2000, pp. 840-854
Authors:
Ninokata, H
Muramatsu, T
Nishimura, M
Tomiyama, A
Minato, A
Kunugi, T
Takagi, S
Aoki, T
Fujii, S
Morii, T
Morita, K
Koshizuka, S
Tanaka, N
Shirakawa, N
Chen, Y
Matsukuma, Y
Watanabe, T
Citation: H. Ninokata et al., Microscopic simulation of nuclear reactor thermal-hydraulics, J ATOM E S, 42(12), 2000, pp. 1242-1259
Authors:
Kriventsev, V
Ninokata, H
Citation: V. Kriventsev et H. Ninokata, An effective, locally exact finite-difference scheme for convection-diffusion problems, NUM HEAT B, 36(2), 1999, pp. 183-205
Authors:
Hotta, A
Tate, K
Ninokata, H
Citation: A. Hotta et al., Nonlinear iterative nodal method applied to neutron flux modal analysis, J NUC SCI T, 36(11), 1999, pp. 1009-1020
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1-21
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