Vl. Yakushin et al., CAPTURE AND PERMEABILITY OF HYDROGEN ISOTOPES IN STRUCTURAL-MATERIALSUNDER CONDITIONS SIMULATING THE PLASMA BLOWOUT IN FUSION-REACTORS, Russian metallurgy. Metally, (5), 1996, pp. 101-106
The capture and desorption of deuterium in austenitic (Kh18N10 type) a
nd ferritic-martensitic (Khl3 type) steels and in a high-nickel alloy
(Kh20N45 type) irradiated with fluxes of high-temeprature pulse plasma
are studied by thermodesorption analysis The hydrogen-penetrability o
f nickel upon irradiation with the fluxes of monoenergetic hydrogen io
ns is studied as a function of preliminary plasma treatment.