Scientific discovery – electrodynamic induction
Anahtar Kelimeler:
electromagnetic induction, electric field, conductor, electric interaction of charges, relative motion of field and conductor, electrodynamic induction.Özet
This article presents experimental evidence and a description of the scientific discovery «The phenomenon of electric current excitation in a conductor moving in an electrostatic field». The first class of effects I will show you are those caused by the electrostatic force. It is the force that controls the movement of atoms, collides, and generates heat and light energy. This force also causes atoms to combine in an infinite number of ways according to nature's fantastic designs, and to form all the amazing structures we see around us. According to Maxwell's theory, an eddy magnetic field should always appear when the electric field changes. In our work, we will study relatively low-frequency changes in the magnetic field, which are negligible compared to its theoretical calculation. In addition, there is every reason to believe that in practice no magnetic field occurs inside the capacitor. The conclusions of these works can be confirmed by the operation of the Tesla transformer, whose high-voltage end is connected to a single capacitor, which in turn forms a capacitor with the surface of the Earth. Due to the quarter-wave distribution, we can only observe the electric field around this capacitor, and the magnetic field appears in the current (ground) part of this transformer.
Referanslar
ПАЙДАЛАНЫЛҒАН ӘДЕБИЕТТЕР ТІЗІМІ
Буховцев Б.Б., Климонтович Ю.А., Мякишев Г.Л. Физика. – М.: Просвещение, 1976. – 165 с.
Яворский Б.М., Селезнев Ю.А. Справочное руководство по физике. – М.: Наука, 1989. – 576 с.
Дюдкин Д.А., Комаров А.А. Электродинамическая индукция. Новая концепция геомагнетизма // Препринт НАНУ, ДонФТИ-01-01, 2001. – 70 с.
Дюдкин Д.А., Чиликин А.И. Возбуждение тока в системе проводник – электрическое поле // Актуальные проблемы фундаментальных наук: Материалы междун. науч.-техн. конф. – М.: МГТУ, 1991. Т. 3. – С. 131–134.
Научные открытия (Сб. кратких описаний, 2000 г.) // Межд. академия авторов научных открытий и изобретений. Москва. 2001.
Ландау А.Д., Лившиц Е.М. Механика. Электродинамика: Краткий курс теоретической физики. Т.1. – М.: Наука, 1969. – 272 с.
Мудров А.Е. Численные методы для ПЭВМ. – Томск. РАСКО, 1991. – 272 с.
REFERENCES
Buhovcev B.B., Klimontovich YU.A., Myakishev G.L. Fizika [Physics]. – M.: Prosveshchenie, 1976. – 165 s. [in Russian]
Yavorskij B.M., Seleznev YU.A. Spravochnoe rukovodstvo po fizike [Physics Reference Guide]. – M.: Nauka, 1989. – 576 s. [in Russian]
Dyudkin D.A., Komarov A.A. Elektrodinamicheskaya indukciya. Novaya koncepciya geomagnetizma [Electrodynamic induction. A new concept of geomagnetism] // Preprint NANU, DonFTI–01–01, 2001. – 70 s. [in Russian]
Dyudkin D.A., Chilikin A.I. Vozbuzhdenie toka v sisteme provodnik – elektricheskoe pole [Current excitation in the conductor – electric field system] // Aktual'nye problemy fundamental'nyh nauk: Materialy mezhdun. nauch.-tekhn. konf. – M.: MGTU, 1991. T. 3. – S. 131–134. [in Russian]
Nauchnye otkrytiya [Scientific discoveries] (Sb. kratkih opisanij, 2000 g.) // Mezhd. akademiya avtorov nauchnyh otkrytij i izobretenij. – Moskva. 2001. [in Russian]
Landau A.D., Livshic E.M. Mekhanika. Elektrodinamika [Mechanics. Electrodynamics]: Kratkij kurs teoreticheskoj fiziki. T.1. – M.: Nauka, 1969. – 272 s. [in Russian]
Mudrov A. E. Chislennye metody dlya PEVM [Numerical methods for PC]. – Tomsk. RASKO, 1991. – 272 s. [in Russian]
