@misc{dietzel_hydrogen_permeation_2006, 
author={Dietzel, W., Pfuff, M., Juilfs, G.G.},
title={Hydrogen Permeation In Plastically Deformed Steel Membranes},
year={2006},
howpublished = {journal article},
abstract = {The influence of the plastic deformation on the diffusion behaviour of hydrogen in steels was studied in electrochemical permeation experiments. Membrane specimens machined from a high strength structural steel were plastically deformed, either by cold rolling or by tensile straining, and the diffusion of atomic hydrogen in these membranes was measured in classical Devanathan-Stachursky type of experiments in which the specimens were charged with hydrogen on one side and the hydrogen flux at the exit side was measured in the form of a current. From the current versus time curves thus recorded effective diffusion coefficients were evaluated. The results thus obtained indicate clear evidence of the strain dependence of the effective hydrogen diffusion coefficient.},
note = {Dietzel, W.; Pfuff, M.; Juilfs, G.: Hydrogen Permeation In Plastically Deformed Steel Membranes. Fizyko-Chimicna Mechanika Materialiv / Physicochemical Mechanics of Materials. 2006. vol. 42, no. 1, 77-81.}}