The contribution to the electrical resistance of metals from collisions between electrons

Autor:	W. G. Baber
Rok vydání:	1937
Předmět:	symbols.namesake General Energy Electrical resistance and conductance Condensed matter physics Chemistry symbols Lattice vibration Electron Function (mathematics) Thermal conduction Debye
Zdroj:	Proceedings of the Royal Society of London. Series A - Mathematical and Physical Sciences. 158:383-396
ISSN:	2053-9169 0080-4630
DOI:	10.1098/rspa.1937.0027
Popis:	The theory of electrical resistance developed by Bloch and others reats the conduction electrons as moving independently of one another but interacting with the lattice vibrations. The theory gives for the resistance of a metal, subject to certain simplifying assumptions, the formula R = const. G (ʘ/T) G ( x ) = 5/x 5 ∫ x o ξ 4 dξ/e ξ -1 - 1/e x -1, (1) where ʘ is the Debye characteristic temperature. At low temperatures formula (1) leads to the conclusion that R varies as T 5 . The function G ( x ) was first proposed by Grüneisen.
Databáze:	OpenAIRE
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