
Accession Number : AD0403589
Title : THEORY OF GALVANOTHERMOMAGNETIC ENERGY CONVER SION DEVICES. I. GENERATORS,
Corporate Author : MASSACHUSETTS INST OF TECH LEXINGTON LINCOLN LAB
Personal Author(s) : Harman,T.C. ; Honig,J.M.
Report Date : 02 APR 1962
Pagination or Media Count : 11
Abstract : Using phenomenological equations in partially inverted form, the operation of galvanothermo magnetic generators has been analyzed for six different modes of operation. The efficiency, figure of merit, and geometry optimization have been investigated. The twodimensional tempera ture distribution prevailing in a device arm is also briefly analyzed. For the ''longitudinal'' case where heat flow and current are colinear in a transverse field, Hz, the mathematical rela tions conform to the standard theory, except that the transport coefficients depend on Hz. In the transverse case where heat flow, current, and magnetic field are mutually perpendicular, new expressions are obtained for the figure of merit and device efficiency. Furthermore, in the latter case the optimal operating conditionthose in which both device arms are made of the same material. The results are discussed in the light of some existing experimental data. (Author)
Descriptors : *ENERGY CONVERSION, *PARTIAL, *ELECTRIC CURRENTS, *MAGNETIC FIELDS, HEAT, THERMAL CONDUCTIVITY, THERMOELECTRICITY.
Distribution Statement : APPROVED FOR PUBLIC RELEASE