| 摘要 |
FIELD: power industry.SUBSTANCE: offered invention relates to power generation facilities. The offered method involves the following stages: a) production of micro/nanometric clusters of transition metal, b) forcing of hydrogen to contact with the named clusters and monitoring of its pressure and speed, preferably after application of vacuum cycles with the pressure at least 10bar at the temperature from 35°C up to 500°C for the purpose of degassing of clusters; c) creation of an active kernel by heating of clusters to the temperature exceeding the Debye temperature Tof metal preferably to the temperature close to the temperature of sliding of reticular planes, for the purpose of adsorption in hydrogen clusters as H- ions; d) initiation of reactions by application of mechanical, thermal, ultrasonic, electric or magnetic impulse to the active kernel that forces atoms of metal to trap hydrogen ions with heat emission, preferably in presence of temperature gradient in the active kernel; e) removal of heat maintaining the temperature above Tis preferable in presence of magnetic and/or electric field of the pre-set intensity.EFFECT: possibility of adaptation of various options of application of the offered invention for various scopes of application.15 cl, 24 dwg |
