Optimization evaluations of a thermonuclear reactor based on a long antimirror trap

Simple mathematical model was used to perform optimization evaluations of hybride pulsed thermonuclear power plant (TNPP) based on a long antimirror trap and to evaluate the reactor main parameters. The model uses evaluations of possible plasma losses from the trap based on classical presentation of transfer processes and for the case of low-hybride instability development. Optimization criterion was presented by the value of specific reduced expenditure for electric power supplied by the complex of TNPP and NPP consuming nuclear fuel produced in plant blanket. Economic characteristics of such TNPP may appear to be close to characteristics of plants based on other types of traps with magnetic confinement. 6 refs.; 4 figs.; 1 tab