RI 6691 Diborides in the Pseudobinary System TiB2-CrB2: Electrical Properties

The National Institute for Occupational Safety and Health (NIOSH)
Gilbert M. Farrior
Organization:
The National Institute for Occupational Safety and Health (NIOSH)
Pages:
29
File Size:
4509 KB
Publication Date:
Jan 1, 1965

Abstract

The electrical resistivity the coefficient of electrical resistivity the Hall coefficient, and the absolute thermoelectric power were determined in this Bureau of Mines investigation for nine compositions of the TiB2-CrB2 sub-system. The numerical values of the electrical resistivity and the thermo-electric power were greater for the intermediate compositions than for the end members. The absolute values of the Hall coefficients and the coefficients of electrical resistivity were less for the intermediate compositions than for the end members. The electrical resistivities and Hall coefficients were about the order of magnitude of most metals--from 34 to 202 microhm-cm and from about 0 to -23.3 X 10-4 cuP/coulomb. The thermoelectric power was somewhat greater than that of most metals--up to 15.6 microvolts per 0 C.
Citation

APA: Gilbert M. Farrior  (1965)  RI 6691 Diborides in the Pseudobinary System TiB2-CrB2: Electrical Properties

MLA: Gilbert M. Farrior RI 6691 Diborides in the Pseudobinary System TiB2-CrB2: Electrical Properties. The National Institute for Occupational Safety and Health (NIOSH), 1965.

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