CALCULATION PERCENTAGE OF ELECTRONS EMISSION FROM BERYLLIUM OXIDE SURFACE INTO WATER, IN BEO/H2O SYSTEM UNDER THE EFFECT OF IONIZING RADIATION

Abstract

Influence of γ-quanta through BeO/H2O system formed unbalanced energy carries: electronpositive ion pairs, electron- excitement situation, various radiation defects. The used of onefold collision methods and stepping Monte-Karlo, a base of Mathcad programs physical (10-15 -10- 12 sec) and physicochemical (10-11 -10-6 sec) stages ,calculated formation of radiation-chemical yields of electron-positive ion pairs and electron- ecxitement situation. Formation of Solid/liquid systems energy carriers inside of solids, between solids and the liquid, inside of a liquid, plays an important role occurring physical, physicochemical, and chemical process. Observed formation of a hole inside of solids and emission to the surface, electrons to the surface, and from the surface to the inside of the liquid. Electrons that influenced emission inside of a liquid gradually lost kinetics energy to transform thermal electrons occurs in solvation and radioliz of water. Keywords: γ-quanta, energy carries, BeO/H2O system, radioliz of water, radiation-chemical yield.