Viktor O. Ledenyov, Dimitri O. Ledenyov, Oleg P. Ledenyov
The Einstein's research ideas about the thermodynamical fluctuational nature of certain electrical phenomena [1] and the physical nature of the electric potentials difference U in an electric capacitor at the temperature of T [2] were proposed in 1906-1907. Exploring the Einstein's research ideas, we propose the consistent theoretical mechanism on the physical nature of the electric effects in an electric capacitor at an action of the second sound standing wave in the superfluid helium 4He [3] and in the rotational torsional mechanical resonator in the helium II [4]. The use of the Einstein's research approach, based on the consideration of an interconnection between the thermal, mechanical and electrical fluctuations, allows us to obtain the quantitative theoretical research results, which are in a good agreement with the experimental data on the correlations of the alternate low temperatures difference in the second sound wave, and the alternate electric potentials difference between the capacitor plates in the superfluid helium as well as in the rotational torsional mechanical resonator.
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http://arxiv.org/abs/1207.1226
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