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The inter-electrode distance was set to 2.0 mm.
The viewing distance was set to 50 cm, with the vertical body midline aligned with the screen center by using the chinrest.
Graphite composite and LiCoO2 composite electrodes, which are the most commonly used electrodes in practical batteries, were placed facing each other and their distance was set to 80 μm, which is close to the distance between electrodes in practical batteries.
A consistent exposure time and focal distance was set using the X-Rite MiniTM ColorChecker color standards, with color pixels for each of the images maintained at <245 of the possible 255 in the red, green and blue (RGB) color channels.
The interbracket distance was set at 8.5 mm.
The gage distance was set to 14 mm.
In our simulation, the source-image distance was set to 120 cm and the total tube travel distance was set to 14 cm.
The cutoff distance was set to 12 Å in the simulations.
The vertical correlation distance was set to 1 km, without significant vertical smearing.
To be specific, the highest efficiency was recorded when the distance was set to about 10 mm.
For example, the minimum travel distance was set to secure a sufficient accumulation of multiple forward scattering.
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CEO of Professional Science Editing for Scientists @ prosciediting.com