Superconductivity in Liquid Metallic Hydrogen |
Contents
Strongcoupling theory of solid and liquid superconductors 10 | 10 |
Structure and transition temperature of liquid metallic | 44 |
Conclusions and future directions | 94 |
Common terms and phrases
³He a²F(w approximation BCS theory behavior bluow blupti Bose condensation Bose gas bris bruoz brupt calculation chapter collective mode critical field density fluctuation deuterons diagram effective interaction electron-electron electron-ion interaction Eliashberg function energy difference equation erit factor Fermi energy Fermi surface formula free energy frequency Ginzburg-Landau Green's function ions liquid metallic deuterium liquid metallic hydrogen liquid superconductor magnetic field matrix Mbar mean free path Meissner effect melting point N.W. Ashcroft naporbyn noninteracting nonlinear screening obtained order parameter particles penetration depth phase phonon Phys polarization insertions polarization potential predicted properties proton quantities quantum quasiparticles response function scattering rate second sound self-consistent sms2 solid metallic hydrogen spin strong-coupling structure super supercon superconducting liquid metallic superfluid temperature dependence term tion type-I Veff vertex corrections vino wave vector woled