Electronic transport in strongly coupled and fully ionized H-He mixtures

D. Leger , C. Deutsch , J.P. Hansen

Electronic transport in dense, fully ionized hydrogen-helium mixtures is investigated within the framework of the Faber-Ziman formalism. The electrical conductivity of the degenerate, nearly free electron gas is calculated, using the partial ionic structure factors obtained from numerical solutions of the HNC equations. The possible influence of the phase separation of H+ -He2+ mixtures on the conductivity is discussed.

Mots clés: H sup; He sup 2+ mixtures; helium; hydrogen; plasma transport processes; electronic transport; plasma; strongly coupled; fully ionized H He mixtures; Faber Ziman formalism; electrical conductivity; degenerate; nearly free electron gas; partial ionic structure factors; HNC equations; phase separation

Domaines: Articles anciens

D. Leger, C. Deutsch, J.P. Hansen. Electronic transport in strongly coupled and fully ionized H-He mixtures. Journal de Physique Lettres, 1981, 42 (21), pp.459-462. ⟨10.1051/jphyslet:019810042021045900⟩. ⟨jpa-00231976⟩