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The drift velocity of holes in natural diamond is analyzed for a wide range of temperatures 85700 K and fields 10^2<E<610^4 V/cm applied parallel to 〈100〉 and 〈110〉 crystallographic directions. Experiments are carried out with the time-of-flight technique, and theory uses a Monte Carlo method. The microscopic interpretation is based on a two-spherical and parabolic band model and considers lattice scattering only. Values m₇=1. 1m₎ and m₋=0. 3m₎ for heavy-and light-hole effective masses are found.
Reggiani et al. (Sun,) studied this question.
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