β Scribed by U. Stuhr; H. Wipf; C. Vettier; H.R. Schober
No coin nor oath required. For personal study only.
π SIMILAR VOLUMES
An electrochemical technique has been used to measure the diffusion coefficient of hydrogen in palladium-copper and palladium-niobium alloys between 0 and 50Β°C. The range of concentration for the copper and niobium additions was 0-lOat.?.,. For all experiments the hydrogen content was kept below 0.1
The permeability time-lag method has been used to determine the diffusivity of hydrogen in palladium in the temperature range 496-946Β°C. Previous measurements had indicated a large positive deviation from Arrhenius behavior in the temperature range above 600Β°C. No such deviation was found in the pre
Using an electrolytic method employing a viscous electrolyte, the diffusivity of hydrogen in aluminum has been measured in the temperature range 285-328 K. The results show that H diffuses by a single-stage process from 285 K up to the melting temperature and no departures from Arrhenius behavior du