Sentence examples for i diffusion through from inspiring English sources

It is also noted that the same mathematical formulation models: (i) diffusion through reverse-osmosis membranes; (ii) conduction through a partially insulated plate and (iii) potential flow through a series of plates.

Release of growth factors from scaffolds is mainly governed by two mechanisms: (i) diffusion through the material and (ii) degradation rate of the material [ 86, 99].

Two combinations of parallel rate limiting reaction steps are found to explain the observed geometry dependencies: (i) Diffusion through an impurity phase at the TPB in parallel to diffusion of oxygen through platinum – most likely along Pt grain boundaries – as area-related process.

After specific exposure periods, changes in the following physical properties and mechanical behaviour of the adhesive were assessed: (i) media diffusion, through water uptake (in hygrothermal environments); (ii) viscoelastic behaviour, through dynamic mechanical analyses (DMA); and (iii) flexural and (iv) in plane shear behaviour.

A more detailed discussion of kinetic situations yielded two possible combinations of TPB- and area-related elementary steps explaining the experimentally obtained Arrhenius plot and geometry dependence: (i) Oxygen diffusion through the Pt thin film – most likely via Pt grain boundaries – as area-related process in parallel to oxygen diffusion through an impurity phase at the TPB.

An over-all model considering three relevant mechanisms, i.e., Knudsen diffusion (through defects), activated diffusion and surface diffusion, is highly desirable for the description of light gas transport.

Two factors can play an important role in avoiding metal diffusion through SAMs: (i) the quality of the SAM and (ii) the quality of the metal substrate on which a homogeneous surface is put.

"I am through, I am through".

Indeed, the delivery of carbon atoms into the internal part of the fibers presupposes their diffusion through the crystal lattice of iron, i.e., internal diffusion.

To avoid metal diffusion through the organic film, the author used (i) nanoscale bottom electrodes to reduce the probability of defects on the bottom electrodes and (ii) molecular crosslinked technology to avoid metal diffusion through the SAMs.

Information diffusion through blogspace.