Follow
Li Mao
Li Mao
Other namesLi Lei-Mao
Verified email at cea.fr
Title
Cited by
Cited by
Year
APOLLO3® CEA/DEN deterministic multi-purpose code for reactor physics analysis
D Schneider, F Dolci, F Gabriel, JM Palau, M Guillo, B Pothet
PHYSOR 2016–Unifying Theory and Experiments in the 21st Century, 2016
1712016
Treatment of boundary conditions in trajectory-based deterministic transport methods
R Sanchez, L Mao, S Santandrea
Nuclear science and engineering 140 (1), 23-50, 2002
1172002
A neutron transport characteristics method for 3D axially extruded geometries coupled with a fine group self-shielding environment
S Santandrea, D Sciannandrone, R Sanchez, L Mao, L Graziano
Nuclear Science and Engineering 186 (3), 239-276, 2017
312017
A new Tone's method in APOLLO3® and its application to fast and thermal reactor calculations
L Mao, I Zmijarevic
Nuclear Engineering and Technology 49 (6), 1269-1286, 2017
202017
Resonance Self-Shielding Methods for Fast Reactor Calculations—Comparison of a New Tone’s Method with the Subgroup Method in APOLLO3
L Mao, I Zmijarevic, R Sanchez
Nuclear Science and Engineering 188 (1), 15-32, 2017
172017
Coupled fine-group three dimensional flux calculation and subgroups method for a FBR hexagonal assembly with the APOLLO3® core physics analysis code
D Sciannandrone, S Santandrea, R Sanchez, L Lei-Mao, J Vidal, J Palau, ...
Mathematics and Computations, Supercomputing in Nuclear Applications and …, 2015
122015
Considering the up-scattering in resonance interference treatment in APOLLO3
L Lei-Mao, R Sanchez, I Zmijarevic
ANS MC2015-Joint International Conference on Mathematics and Computation …, 2015
122015
APOLLO3®: Overview of the new code capabilities for reactor physics analysis
P Mosca, L Bourhrara, A Calloo, A Gammicchia, F Goubioud, LL Mao, ...
M&C 2023, 2023
112023
Application of the SPH method to account for the angular dependence of multigroup resonant cross sections in thermal reactor calculations
L Mao, I Zmijarevic, K Routsonis
Annals of Nuclear Energy 124, 98-118, 2019
112019
New developments in the interface-current module TDT
R Sanchez, L Mao
Proc. Joint Int. Conf. Mtg. Mathematical Methods and Supercomputing for …, 1997
111997
The up-scattering treatment in the fine-structure self-shielding method in APOLLO3®
L Mao, I Zmijarevic
PHYSOR 2014-The Role of Reactor Physics toward a Sustainable Future, 2014 …, 2014
72014
Transfer matrix treatments in TRIMARAN-II, nonequally probable step function representation in multigroup Monte Carlo
L Mao, JP Both, JC Nimal
Nuclear science and engineering 130 (2), 226-238, 1998
71998
A New Tone'S Method In Apollo3 And Its Application To ZPPR Benchmarks
L Leimao, I Zmijarevic
M&C 2017-International Conference on Mathematics and Computational Methods …, 2017
52017
A subgroup method based on the equivalent Dancoff-factor cell technique in APOLLO3® for thermal reactor calculations
L Mao, I Zmijarevic, R Sanchez
Annals of Nuclear Energy 139, 107212, 2020
42020
Application of the Jacobian-Free Newton-Krylov methods to the equivalence calculation in cross-section self-shielding
L Mao
42011
Semianalytical procedures for obtaining low-order non-equally-probable step-function representations in multigroup Monte Carlo
L Mao, JC Nimal
Nuclear science and engineering 136 (3), 409-414, 2000
42000
RZ calculations for selfshielded multigroup cross sections
L Mao, R Sanchez, I Zmijarevic, Z Stankovski
Proc. Int. Conf. Advances in Nuclear Analysis and Simulation (PHYSOR 2006 …, 2006
22006
Comparison of two subgroup methods based on the physical probability tables
E Rosier, L Mao, I Zmijarevic, R Sanchez, L Leal
Proceedings of the international conference on physics of reactors-PHYSOR 2022, 2022
12022
a Subgroup Method Based on the Equivalent Dancoff-Factor Cell Technique Compared with the Fine-Structure Method in APOLLO3®
L Mao, I Zmijarevic, R Sanchez, NG Castaing
EPJ Web of Conferences 247, 02017, 2021
12021
An arbitrary high order non-equally-probable step function representation for multigroup Monte Carlo
L Mao
12008
The system can't perform the operation now. Try again later.
Articles 1–20