0] in which longitudinally runs pulse axial current [i.
The goal of the paper is development of computational and experimental method for the detection and study of quantized EWP and de Broglie electron half-waves in the metal conductor with a high density pulsed axial current.
It required on the basis of generalization obtained earlier in [1-9] quantum mechanical results concerning the electrical characteristics of the wave carrier distribution in the conduction current uniform conductive structures to formulate and test the in vitro methods to assess research EWP and electronic half-waves of de Broglie in thin circular metallic conductors with pulsed axial current [i.
nh] <<hot>> longitudinal section through a conducting wire structure with pulsed axial current [i.
0] = 5 [micro]m) with aperiodic pulsed axial current [i.
he] analytically demonstrated the partial conservation of axial current
By far, the greatest force results in the axial direction; however, a separate rotational force exists due to the axial current
flow from one end of the coil to the other.
In [1, 2] the results of theoretical and experimental studies of wave longitudinal and radial distribution of free electrons in a solid round metal conductor with a high density of pulsed axial current are presented.
The goal of the paper is calculation and experimental determination of the average geometrical features of the distribution of macroscopic EWP in circular cylindrical metallic conductors with pulsed axial current of high density.
0] of the test conductor with a pulsed axial current [i.
nh] of <<hot>> EWP longitudinal portion of the conductor with pulsed axial current [i.
To carry out even in rough form on a powerful high-voltage high-current electrical installation verification of the calculated relations (16)-(19) with respect to the averaged quantized geometric characteristics of radial EWP in the study of metallic conductors with an axial current pulse [i.