By Jeffery Lewins, Martin Becker
Quantity 23 makes a speciality of perturbation Monte Carlo, non-linear kinetics, and the move of radioactive fluids in rocks.
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Extra resources for Advances in Nuclear Science and Technology, Volume 23
23) is the same as Eq. (21). The details have been reported in papers [34,39]. Hence, the formalism developed in Section II can be applied to the analysis of power reactors with complicated reactions from the viewpoint of contraction of information. IV. APPLICATION TO AR MODEL ANALYSIS When a system is characterized by an AR (autoregressive) process, the method of AR model analysis is a powerful tool, since there are useful recursion algorithms for efficient computations [40,41] and popular information criterions such as FPE, AIC, and MDL [42-44].
By eliminating x(n) in Eq. (6), the state space model can be transformed into a closed transfer function form, where is a closed loop transfer function matrix. It is well-known that the McMillan degree is the minimum number of the state variables in the state space realization of the transfer function. On Eq. (9) we need a suitable condition under which the sum of the McMillan degrees of four subsystems, and is equal to the McMillan degree of If the condition is satisfied, then the minimal realization of the four subsystems interconnected as in Eq.
In different situations where there are several cases with rank V
Advances in Nuclear Science and Technology, Volume 23 by Jeffery Lewins, Martin Becker