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The time dependences of unfilled pore length are obtained for various overpotentials and various initial distributions of pore length.
With the shortest pore length, SiO0.73 nanorods exhibit the best lithium storage performance.
This indicates the presence of a correlation length much larger than the pore length.
Stomatal pore length and width were significantly smaller in leaves grown at low total pressure.
We found that within the studied range of length the osmotic water permeability is independent of pore length.
The quaternary branching allows a fractal-type structure (constant scale ratios for both pore length and radius).
For the average pore, the plug is formed up to a pore length which is usually shorter than, or close to the half of the maximum limiting pore length achieved.
On the other hand, in the intermittent tests a porous electrode response with semi-infinite pore length can be developed.
It was also suggested that the pore length may contribute significantly to the pore size distribution calculated using NLDFT model.
In the case of a semi-infinite pore length, only the product r3/2n can be obtained.
For this situation, we propose a modified expression for osmotic permeability that fully takes into account water motion collectivity and does not depend on the pore length.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com