Hydrogen isotope permeability of membranes with inhomogeneous properties along the thickness of material
Journal of Surface Investigation X-ray Synchrotron and Neutron Techniques2008Vol. 2(3), pp. 414–418
Citations Over Time
Abstract
The problem of hydrogen permeation through membranes with inhomogeneous properties along the thickness has been considered as the limiting case of permeation through a multilayered membrane when the layer thicknesses tend to zero. The steady-state permeability equation for multilayer membranes and membranes with inhomogeneous properties along the thickness has been derived. The diffusion equation for the case of inhomogeneous solubility in a membrane has been obtained.
Related Papers
- → Analysis of permeation transients of pure gases through dense polymeric membranes measured by a new permeation apparatus(2000)50 cited
- → Solubility of E2050 at Various pH: A Case in Which Apparent Solubility is Affected by the Amount of Excess Solid(2002)35 cited
- → Gas-driven hydrogen permeation in the surface-limited regime(2003)16 cited
- → Solubility and Aggregation(2009)
- → General Formula of Tritium Permeation through Plasma Facing Materials.(1999)