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Thermal conductivity is usually not constant for any given material but varies with temperature.
It allows calculation of the optimal geometric design parameters for any given material and thermal interfaces.
Particulates can be used as fire signature for most of the materials; nevertheless no single species serves as a reliable indicator for any given material.
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For a given material, the mean range increases with increasing initial kinetic energy of the charged particle.
The highest energy configuration (or energy band) that is normally occupied by electrons for a given material is known as the valence band, and the degree to which it is filled largely determines the material's electrical conductivity.
Moreover, for a given material system, different preparation methodologies yield nanostructures that exhibit different crystal features.
On the other hand, these parameters are not independent for a given material.
where τ was the relaxation time and β was a constant for a given material.
These constructions could approach the maximum r2 coefficient for a given material.
You need to configure a laser cutter's speed and intensity just right for a given material before hitting that big green button.
These coefficients need to be established only once for a given material system.
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CEO of Professional Science Editing for Scientists @ prosciediting.com