Effect of compressed thermonuclear matter state on targets combustion of initial synthesis at direct ignition by short radiation pulse

The dependence of the conditions of the thermonuclear combustion and the amplification factor of the inertial thermonuclear synthesis by the direct ignition through the short radiation pulse from the initial temperature of the preliminarily compressed fuel and initial distribution of the thermal energy between the plasma electrons and ions in the ignition area (igniter) is studied on the basis of the undimensional numerical calculations. It is shown that the igniter parameters significantly depend on the initial temperature of the basic part of the fuel and initial distribution of the igniter thermal energy between the electrons and ions. The dependences of the minimal energy values on the basic fuel temperature by various initial energy distributions between the igniter electrons and ions are obtained