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Abstract and energy depe—n-t%dont-F, All the geometrical ml physical V lqsical aspects of the problem are contained in matrix elements which accurately determined A mcri-el which is based en assuming separability in space end time is developed to predict the asympctic time behaviour of -;’_-,he one speed neutron distribution in a rac¬uangular parallelopiped The model is vized to determine the stable reactor period and the asymptotic decay cons tant of a pulse model is, used to assess the valid ity of using diffusion theory to solve Una dependent problems . A model is developed to solve the rn-Oltigroup k eige¬nvalua p:,-oble21 for a rectangular parallelepiped . The zodel i.,,; based on. the :kernel factorization method anvd emp¬loys an ita--a”.Yive Starting with diffusion as the initial Suess rapid convergence is obta¬ined The result- %-e compared to those of diffusion |