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VARIOUS PHYSICAL PROPERTIES OF RUBIDIUM
Discussion of Results
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Acad alkali metals Amer angle apparatus argentite atmospheric pressure atom average behavior bismuth caesium calculated capillary change of resistance change of volume coefficient of resistance constant copper correction crystal axis crystal rods cubic compressibility cylinder decrease determined deviation diameter direction effect of pressure electrical resistance electron equation experimental error Figure flow function of pressure given glass high pressures hydrostatic pressure increase Jefferson Physical Laboratory Kelvin's latent heat length linear compressibility liquid longitudinal low pressures m-xylene maximum measurements mercury method molecule obtained orientation P. W. Bridgman Peltier heat perpendicular plane plotted potentiometer pressure coefficient pressure effect Proc quartz range ratio relative viscosity reservoir rubidium sample shown single crystal smooth curve solid specific resistance specimens steel substance surface symmetry relations Table temperature coefficient tension thermal conductivity thermal e.m.f. Thomson heat tion transition transverse viscosity Voigt volume compressibility weight wire