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(string) The name of the layer for which solutions should be computed.
Our results show a limit for the width of the non-magnetic layer for which the difference between the opposite spin charge densities is maximized, indicating the best conditions to obtain full polarization by varying the TM content.
Parametric studies have been conducted to delimit the length and the thickness of the layer for which the derived relation between the axial load and the indentation depth caused by the rigid cylinder is valid.
A device loss of <8 dB is predicted for a MISIM structure with a 25 nm thick silicon layer, for which the device length is <3 μm, and <5 dB loss is predicted for the limiting case of a 5 nm thick silicon layer in a 1.2 μm long device: in both cases, the maximum operating voltage is 7.5 V.
The work is divided into two parts: first, an analysis of the natural modes of free vibration in the layer; and, secondly, the forced response of the layer, for which the surface is assumed to be subjected to a harmonic load acting on a strip of finite width.
2) First, select the target layer for which you selected a single feature.
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To that extent, we consider helical assemblies comprised of up to five layers, for which we identify favorable structural patterns, providing a database that covers most practical applications.
Therefore, this calculation has been used to estimate the thickness of the thinner layers for which direct observation was difficult or impossible.
For thin layers for which the material parameters do not depend on the layer thickness the recursion relations can be used to eliminate all but the lowest order expansion functions.
The influence of pore-size distribution of the diffusion layer on mass-transport problems of proton exchange membrane fuel cells (PEMFCs) is investigated using electrodes with hydrophobic diffusion layers for which the pore-size distribution is designed by pore-former and heat treatment.
The largest Δn eff was obtained for the thinnest HI-layers, for which the cladding material will influence more the effective index of the mode.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com