New Properties of Reactive Elements and the Problem of Propagation of Electrical Signals in Long Lines

Менде, Ф. Ф.

doi:10.12691/ajeee-2-5-1

Cited by 3 publications

(9 citation statements)

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“…I -какие-то начальные значения этих параметров, которые имеются в момент короткого замыкания индуктивности при наличии в ней тока. Этот режим назовем законом замороженного потока для короткозамкнутых сверхпроводящих контуров [34,35]. При этом имеем:…”

Section: глава 3 новые методики и понятия § 10 поверхностная кинетиunclassified

“…1) зависящий от величины ёмкости и разности потенциалов на ней, назовем потоком электроёмкостной самоиндукции. Он изменяется путем изменения разности потенциалов при постоянной емкости, или изменения емкости при постоянной разности потенциалов, или того и другого.Если величина емкости или разности потенциалов на ёмкости зависят от времени, то величина тока определяется соотношением: , подключенная к источнику постоянного тока, представляет для него линейно зависящее от времени активное сопротивление[34,35] …”

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Альтернативная Идеология Электродинамики

Менде¹,

Дубровин²

2016

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Section: глава 3 новые методики и понятия § 10 поверхностная кинетиunclassified

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Альтернативная Идеология Электродинамики

Менде¹,

Дубровин²

2016

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“…(11.4) Thus, the capacity, connected to the source of direct current, presents for it the effective resistance [34,35] 1 R t C  , (11.5) which linearly depends on time. This is understandable from a physical point of view, since in order to charge capacity, source must expend energy.…”

Section: Electrical Self-inductionmentioning

confidence: 99%

“…This parameter in the electrodynamics of dielectrics plays not less important role, than in the electrodynamics of conductors. Let us examine the simplest case, when oscillating processes in atoms or molecules of dielectric obey the law of mechanical oscillator [34]. Let us write down the equation of motion Is evident that in relationship (9.2) as the parameter is present the natural vibration frequency, into which enters the mass of charge.…”

Section: Who and As Introduced The Frequency Dispersion Of The Dielecmentioning

confidence: 99%

Alternative Ideology of Electrodynamics

Менде¹,

Dubrovin²

2016

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The role of the vector potential of magnetic field in the equations of induction is refined. The concept of the vector potential of electric field is introduced. It is shown what concept is, as the kinetic inductance of charges plays in the electrodynamics not less important role, than dielectric and magnetic constant. Is developed the mathematical model of the dispersion of electromagnetic waves in the conductors and the dielectrics with the use of a physical quantity of dielectric constant, which does not depend on frequency. It is shown that in the confined plasma the transverse plasma resonance can exist. They are introduced the concept of kinetic capacity. Provides a new way to display the wave equation. The way of writing of the equations of induction with the use by the substantional derivative obtained their symmetrical form. Is introduced the scalar-vector potential, in which the scalar potential of charge and its field they depend on speed.. Because of the laws of symmetric induction in the framework of the laws Galileo transformations obtained conversion fields in the transition from one inertial reference system to another, called Mende transformation. The introduction of this potential made it possible within the framework the Galileo conversions to explain the phase aberration and the transverse Doppler effect, and also power interaction of the current carrying systems without the use of a postulate about the Lorentz force. Are examined the bases of trans-coordinate electrodynamics in time-spatial giperkontinuum, in which it is improved the apparatus for differential calculus of field functions it is introduced the Dubrovin operator. The results of the experimental studies, which showed, are given that the charge is not the invariant of speed. Received in return the law of conservation of 4-pulse of the new law of conservation of angular balance. For the specialists in the region of electrodynamics, radio physics, electronics, radio engineering, technical protection of information, theoretical and mathematical physics, and also students and graduate students of the corresponding specialties. Reviewers A. A. Rukhadzedoctor of physical and mathematical sciences, professor, laureate of state prizes and prize of M. V. Lomonosov. N. N. Gorobezdoctor of physical and mathematical sciences, professor, head of department of applied electrodynamics of Kharkov national university V. N. Karazin ISBN of Mende F.F. Specifically, support on the physical experiment and the comprehensive disclosure of the physical sense of models they are assumed as the basis in this work alternative of the ideology of electrodynamics stated. Finally, one additional brake of the development of scienceits excessive popularization in the commercial interests. The science, chained into the shackles of the yellow press, when on the covers of popular periodicals for the larger psychological effect are depicted allegedly the brilliant persons with the limited physical possibilities, tendentiously praised by journalists, who do not absolut...

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“…to the self-induction let us carry also that case, when its parameters can change with the presence of the connected power source or the energy accumulated in the system. This self-induction we will call parametric [4,5,6,7].…”

Section: Laws Of the Self-inductionmentioning

confidence: 99%

Physical Substantiation of Huygens Principle and the Reciprocity Theorem

Менде¹

2014

AJEEE

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The Huygens principle says, that each element of wave front can be examined as the center of the second disturbance, which generates second spherical waves, and the resulting light field at each point of space will be determined by the interference of these waves. This principle is the basic postulate of geometric optics; however, it does not reveal physical nature of this phenomenon. Are examined the laws of the self-induction of such reactive elements as capacity and inductance, which made possible to base the physical bases of Huygens's principle. It is shown that with the connection to the sources of direct current and voltage they have the effective resistance, which depends on the time. Is examined the parametric self-induction of the elements indicated and it is shown that in the regime of parametric self-induction the capacity and inductance can not only derive energy from the power sources, but also return it into the external circuits. The new method of determining the velocity of propagation of constant stresses and currents in the long lines is developed. This task cannot be solved, using standard wave equations for the long lines. The physical special features of the work of the receiving directional Yagi antennas are examined and it is shown that the reciprocity theorem for such antennas is not carried out.

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New Properties of Reactive Elements and the Problem of Propagation of Electrical Signals in Long Lines

Cited by 3 publications

References 0 publications

Альтернативная Идеология Электродинамики

Альтернативная Идеология Электродинамики

Alternative Ideology of Electrodynamics

Physical Substantiation of Huygens Principle and the Reciprocity Theorem

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