A Practical Manual on the Monte Carlo Method for Random Walk Problems |
Other editions - View all
Common terms and phrases
angle capture center of mass Chapter Coder Compton computation cylinder cylindrical shell defined deflection cosine density detector determine device differential cross section distance elastic collision elastic scattering electron energy cutoff energy group equation escape expected number fission flow diagram forced first collision formula function geometric group h homogeneous incident energy inelastic involved isotropic kinetic energy laboratory system line of flight m₁ mass system mean free path medium method Monoenergetic Monte Carlo Monte Carlo method neutron energy Neutron parameters neutrons of energy number of neutrons P₁ photon photon diffusion point of collision probability problem procedure R₁ radiative capture radius random number routine of Fig solid angle source particles thermal type of collision V₁ vector velocity W₁ weight zone αμ