Физико-химические процессы в изделиях из высокоэнергетических конденсированных материалов при длительной эксплуатации

Based on the data gained during 15-20 years of normal operation of a whole group of parts made of high-energy condensed materials, we show that the developed composition allows achieving stability of mechanical properties of high-energy condensed materials. In practice, however, it is also necessary to provide stability for the system high-energy condensed materials power plant casing. In this case, high-energy condensed materials is an element of a more complex system of interacting solid and fluid media. The nature of this interaction at long operation determines the working capacity of the power plant on the whole. The physico-chemical aspects of varying the structure and properties of power plants made of different high-energy condensed materials at long operation are the subject of our investigation. In Russia and abroad the least studied point in this problem today is a long-term full-scale experiment in real time. The presented unique results obtained in the course of long-term and informative tests make up for this deficiency.