Authors: Andrey V. Gulevich and Oleg F. Kukharchuk Programming language: MS Fortran 77 Computer hardware requirements: IBM PC and compatible, 386 or higher, >4Mb RAM Computer software requirements: MS Windows 3.1 or higher, Win32 Features: Mathematical simulation of neutron kinetics and thermal dynamics of the complex multiplicative systems
	Mathematical Model:     Mathematical model includes equations of the multizone's approximation of integral model for simulation of neutron kinetics processes and equations for thermal dynamics (see Ref2 - 1,9 and Ref4 - 1,3). Stiff differ equations of this model are numerically solved using original algorithm. The numerical simulation results were compared with experimental data. It was shown that experimental and computed results are in a good agreement.
	General Information:     Maximal number of zones for input of neutron kinetics part is 100 and maximal number of flux harmonics in every zone is 5. Maximal number of zones for input of thermal dynamics part is 200. The special structure of input file is suitable for user. The STIK writes all output information to disk files.
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