The Physics of Fluids · 1973 · 32 citations · 2 references
Natural SciencesPhysicsNuclear PhysicsTheoretical PhysicsTransportInverse ProblemsKernel MethodsNeutron ScatteringNeutron TransportNeutron Transport TheoryScattering ProblemsInverse Diffusion ProblemsInverse ScatteringInverse Transport ProblemsLinear Transport TheoryNeutron DiffusionScattering Inverse ProblemsScattering KernelsTransport Theory
The conventional problem of linear transport theory is to find the distribution function given the various scattering functions. Here, the inverse question is asked. Given the results of some simple experiment how can one construct the kernels? First, the simple problem of one velocity neutron diffusion is considered, and it is found that the methods and solution are quite similar to that for the problem of deducing a potential given the scattering data. The solution given is constructive and seems to be efficient.
2
Neutron Transport with Anisotropic Scattering
Janusz Mika · Nuclear Science and Engineering · 1961 · 192 citations
Engineering, Physics, Fluid Dynamics +14
A discrete version of the inverse scattering problem
K. M. Case, Mark Kac · Journal of Mathematical Physics · 1973 · 186 citations