Abstract
In the present paper our investigations referring to the hydrodynamical model of wave mechanics [1] are continued and extended to the case of a single charged particle moving under the influence of an electromagnetic field. After establishing the appropriate basic equations describing the motion of a deformable medium, we investigate by means of the hydrodynamical model the effect of the external electromagnetic field upon the atom.
Abstract
В настоящей работе мы продолжаем наши расчеты (1) в связи с гидродинамической моделью квантовой механики, распространяя их на случай заряженных частиц, движущихся в электромагнитном поле.
После составления подходящих основных уравнений деформируемой среды мы анализируем влияние внешнего магнито-электрического поля на атом с помощью гидродинамической модели.
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References
L. Jánossy andMaria Ziegler, Acta Phys. Hung.,16, 37, 1963.
T. Takabayasi, Prog. of theor. Phys.,8, 143, 1952.
W. Heitler, Quantum theory of radiation, Oxford, 1954.
M. Huszár andMaria Ziegler-Náray, Reports of the Central Research Institute of Physics, in print.
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Jánossy, L., Ziegler-Náray, M. The hydrodynamical model of wave mechanics II. Acta Phys. Hung. 16, 345–353 (1964). https://doi.org/10.1007/BF03157974
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DOI: https://doi.org/10.1007/BF03157974