Titlebook: Experimental Thermodynamics Volume II; Experimental Thermod B. Neindre,B. Vodar Book 1968 Springer Science+Business Media New York 1968

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https://doi.org/10.1007/978-3-663-08098-5 by other experimental methods. The unique feature of sound propagation is the fact that, in the large majority of the experimental situations, it is an adiabatic process: sound velocity data give direct and precise information on the adiabatic properties of the fluid.

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Part 5. Instruments for Relative Pressure Measurements,nter over a dial, an electrical signal, etc. In common instruments, pressure measurements are reduced either to a measurement of forces acting on well-defined surfaces or to controlled device displacements which constitute a sensor.

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Relation of the Dielectric Constant and the Refractive Index to Thermodynamic Properties,hich the constituent molecules do not possess a permanent dipole moment, . = .. (at the same frequency), and the dielectric constant is related to the molecular polarizability ., Avogadro’s number .., and the density ., by the Clausius-Mossotti relation (CM).

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Integratives Gesundheitscoaching,nts calibrated at these temperatures. Interpolation between the temperatures of the primary fixed points is effected with the aid of formulae which establish the relationship between the indications of these standard instruments and the values of the IPTS.

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https://doi.org/10.1007/978-3-658-29852-4s . evaluation of true pressure and temperature. Up to now, most of the temperature sensors have been developed for use at atmospheric pressure. On the other hand pressure calibration is difficult at temperatures far from room temperature, for instance close to absolute zero. The problem of temperat

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