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The effect of pressure on galvanomagnetic properties of graphite

โœ Scribed by I.L. Spain

Publisher
Elsevier Science
Year
1972
Tongue
English
Weight
139 KB
Volume
10
Category
Article
ISSN
0008-6223

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โœฆ Synopsis

by forming aluminum carbide layer between graphite and aluminum. The df/dV-V characteristics is quite similar to the state density near the Fermi level of graphite as calculated by McClure, unlike the case of Bi-metal junction. This result is explained by the two-dimensional nature of graphite, which makes the curve directly proportional to the state density.

  1. The perturbed electronic density of states in graphite

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Recent experiments on the galvanomagnetic effects of graphite in the quantum limit revealed that (l), uXYH is not a constant but depends on the field strength; (2), the resistivity p = 0;' at low temperatures has a field dependence of p = H/(A t BH"), n = I; and (3), the p vs T curve has a maximum a

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It has been known that the inverse oxidation phenomenon exists under certain conditions. This effect shows that after oxidation, the mass loss on the inside sample can be greater than the mass loss on the outside. The significance of this phenomenon for HTGR safety consideration has been evaluated.