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Mr R S Pease Equilibrium Characteristics of a Pinched Gas Discharge Cooled
Dr J E Allen An Elementary Theory of the Transient Pinched Discharge
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absorption amplitude angle annealing applied approximation assembly assumed atoms band behaviour calculated carriers centre cerium coefficient conductivity constant corresponding crystal Curie point curve density dependence diameter dielectric dielectric constant diffraction diffusion dipole discharge discussed distribution effect electric electrons energy equation equilibrium experimental expression face-centred cubic factor film formula Fourier frequency function germanium given helium increase interaction ionization lattice layer magnetic field magnetic refrigerator maximum Mc/s measurements mechanism metal method molecules molybdenum nickel observed obtained optical orientation oxide paramagnetic particles phase phonon Phys Physics plane plate plotted present pressure Proc pulse range ratio refractive index region resonance room temperature sample scattering shown in figure shows specific heat specimen stress structure substrate surface theoretical theory thermal thermal conductivity thickness transition transverse waves tube valence band values variation velocity wave wavelength zero