Abstract
The reactor transfer functions whtch are needed for the solution of automatic control of the power demand, the startup period, and other important reactor problems, being determined by kinetic equations do not describe completely the dynamic behavior of the reactor. They are applicable only under specified conditions. The equivalent complex multiplication coefficient of the reactor may be determined not only by the change of the input but also by the output. Equations were derived permitting the programmatic regulation of the period and the power level, making it possible to determine the conditions involved in the change of the transfer functions. The system derived also allows estimation of the level of possible errors. New formulas have been obtained for subcritical, prompt critical and supercritical reactor systems. The new set of functions yields more accurate results than the equations obtained by H. Sandmeier (Nuclear Sci. and Eng., 6: 85
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