Progress in Low Temperature Physics, Volume 6Cornelis Jacobus Gorter Vol. 6 includes contents of v. 1-5. |
Contents
Introduction 1 2 General aspects of a theory of thermally activated | 10 |
W F VINEN Vortex lines in liquid helium II 57 pages | 33 |
Introduction | 35 |
Copyright | |
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amorphous amplitude anisotropy atomic layers attenuation behaviour calculated carrier density cell coefficient constant critical current critical temperature critical velocity crystal curve decreases dilute solutions dilution refrigerator effect Eksperim electron energy English transl equation equilibrium experimental experiments Fermi Fermi liquid Fermi surface ferromagnetic fluctuations flux frequency function given heat capacity Heisenberg Heisenberg model helium increases interaction Ising Ising model J. C. Wheatley JETP Josephson effect katm lattice Letters liquid low temperatures magnetic field magnetic ions mean free path measurements metals mixing chamber observed obtained oscillations paraconductance parameter phase phonon Phys plotted pressure Proc pure Heł quasiparticles region resistance sample shown in fig solutions of Heł specific heat spin diffusion superconducting superfluid surface susceptibility temperature dependence temperature scale Teor theoretical theory thermal conductivity thermometer third sound transition temperature vapor voltage vortex ring zero