- origin: LANL
- methods: SN, FDM
- origin: LANL
- methods: SN, FDM
- origin: LANL, Transpire.inc, Varex Imaging.
- methods: SN, DEFM
- origin: ORNL
- methods: SN, FDM
- origin: ORNL
- DENOVO
- methods: SN, FDM
- TRITON
- methods: MOC
- origin: ANL
- PROTEUS-SN
- methods: SN, FEM, EP
- PROTEUS-MOC
- methods: MOC
- PROTEUS-NODAL
- methods: DN
- origin: ANL
- methods: PN, EP, SN, DN, FEM, MOC
- origin: INL
- methods: SN, DFEM, PN, FEM, LS, SAAF
- origin: MU
- methods: MOC
- origin: PSU
- methods: SN,FD
- origin: MIT
- methods: MOC
- origin: PU
- methods: DN
- origin: PU
- methods: 2D-MOC/1D-FDM
- origin: GT
- methods: RM
- origin: Studsvik Scandpower
- methods: 2D-MOC
- origin: Studsvik Scandpower
- methods: 3D-DN
- origin: Studsvik Scandpower
- methods: 2D-Pij/MOC
- origin: Westinghouse
- methods: ND
- origin: Westinghouse
- methods: 2D-Pij
- origin: EPM
- methods: Pij, MOC
- origin: EPM
- methods: DN, SPN
- origin: CEA
- methods: 2D-Pij/MOC/SN
- origin: CEA
- methods: 3D:DN,SPN,SN
- origin: CEA
- methods: 2D:Pij,SN; 3D: PN
- origin: CEA
- methods: 2D:Pij,MOC,SN; 3D:DN,SPN,SN,MOC
- origin: CEA
- methods: SN, DFEM
- origin: CEA
- methods: SN, MOC
- origin:
- methods: 2D:Pij,SN,MOC; 3D:DN,MOC
- origin: IC
- methods: PN,FEM,EP
- origin: IC
- methods: PN, FEM, FNTE
- origin: KAERI
- methods: 2D-MOC
- origin: KAERI
- methods: SN,MOC
- origin: KAERI
- methods: SN, DFEM
- origin: NU
- methods: 2D-MOC
- origin: NU
- methods: SN, DFEM
- origin: OU
- methods: 2D-MOC/1D-FDM
- LANL: Los Alamos National Laboratory
- ANL: Argonne National Laboratory
- ORNL: Oak Ridge National Laboratory
- INL: Idaho National Laboratory
- MU: Michigan University
- MIT: Massachusetts Institute of Technology
- PSU: Pennsylvania State University,
- PU: Purdue University
- GT: Georgia Institute of Technology
- EPM: Ecole Polytechnique de Montréal (Canada)
- CEA: Commissariat àl’Energie Atomique(France)
- IC: Imperial College (UK)
- KAERI: Korea Atomic Energy Research Institute (Korea)
- NU: Nagoya University (Japan)
- OU: Osaka University (Japan)
- SN: Discrete Ordinates Angular Approximation
- PN: spherical harmonics Angular Approximation
- MOC: Method Of Characteristics
- DN: Diffusion Nodale
- FEM: Finite Element Methods
- FDM: Finite Difference Methods
- DFEM: Discontinuous Finite Element Methods
- RM: Response Matrix
- NTE: Neutron Transport Equation
- EP: Second-order Even Parity Equation
- LS: Least Squares formulation
- SAAF: Self-Adjoint Angular Flux formulation
- FNTE: First-order Neutron Transport Equation
[1] wikipedia [2] PROSPECTS IN DETERMINISTIC THREE-DIMENSIONAL PROSPECTS IN DETERMINISTIC THREE-DIMEWHOLE-CORE TRANSPORT CALCULATIONS