Thanks. But one more thing. The Fermi energy and consequently the Fermi temperature is very large in dense systems e.g. electrons in metals. So for some thermal energy say 0.1eV, the Fermi pressure is still very large as compared with thermal pressure. Can this Fermi pressure drive...
Thanks. But one more thing. The Fermi energy and consequently the Fermi temperature is very large in dense systems e.g. electrons in metals. So At some temperature say 400K, the Fermi pressure is very large as compared with thermal pressure. Can this Fermi pressure drive waves/oscillations due...
It means all the Fermions may be at the same temperature simultanously, as it is clear. And Fermi temperature is a purely quantum mechanical concept. So can we say that the Fermi temperature corresponds to ensemble of Fermions in many particle degerate Fermi system? I am bit confused in the...
It means all the Fermions may be at the same temperature simultanously, as it is clear. And Fermi temperature is a purely quantum mechanical concept. So can we say that the Fermi temperature corresponds to ensemble of Fermions in many particle degerate Fermi system? I am bit confused in the...
In classical statistical mechanics, temperature of a system is the measure of its average kinetic energy. In quantum statistical mechanics, Fermi energy corresponds to last filled level at absolute zero and corresponding temperature is the Fermi temperature. Is the Fermi temperature also take...