Examples of using Electromagnetic theory in English and their translations into Tagalog
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There he studied electromagnetic theory and relativity and began to publish on a unified field theory. .
May-aral siya electromagnetic theory at kapamanggitan at nagsimula na mag-publish sa isang pinag-isa field He had already begun to contribute to Maxwell 's theory and, as well as theoretical contributions,he was conducting experiments in electromagnetic theory.
He had na sinimulan ng kontribusyon sa Maxwell 's Within electromagnetic theory generally, there are numerous hypotheses about how electromagnetism applies to specific situations.
Sa teorya ng electromagnetismo, karaniwan na ang maraming hinuha tungkol As he made contact with other Maxwellians beyond Cambridge- especially with George FitzGerald- he came increasingly to make electromagnetic theory fundamental to his work.
Bilang siya ginawa makipag-ugnayan sa iba pang mga Maxwellians lampas sa Cambridge- lalo na sa George FitzGerald- siya dumating Mas madalas na gumawa ng electromagnetic theory pangunahing sa kanyang trabaho.Lorentz refined Maxwell 's electromagnetic theory in his doctoral thesis The theory of the reflection and refraction of light presented in 1875.
Lorentz pino Maxwell 's electromagnetic theory sa kanyang doktor tesis Ang teorya ng pagmuni-muni at repraksyon ng ilaw ipinapahayag sa 1875.His work on the ratio between the electrodynamic and electrostatic units of charge in 1855 proved extremely important andwas crucial to Maxwell in his electromagnetic theory of light.
Kanyang trabaho sa ang ratio sa pagitan ng mga electrodynamic at electrostatic yunit ng mga singil sa proved balisang-1855 importante atay mahalaga sa Maxwell sa kanyang electromagnetic theory ng mga ilaw.He continued to publish on electromagnetic theory, quantum theory, and on electron spin after it was proposed by Uhlenbeck in 1926.
Siya ang patuloy na mag-publish sa electromagnetic theory, quantum In addition to research in group theory and special functions,he worked on problems in mathematical physics, including electromagnetic theory and applications of the wave equation.
Bilang karagdagan sa pananaliksik sa grupo ng teorya at mga espesyal na pag-andar,nagtrabaho siya sa mga problema sa matematika physics, kasama na ang electromagnetic theory at mga aplikasyon ng kaway equation.There he took Max Abraham 's course on the electromagnetic theory of light and also attended courses by Stark, Walther Nernst, Schwarzschild and Zermelo.
Doon siya kinuha Max Abraham 's kurso sa electromagnetic theory ng ilaw at nag-aral din ng mga kurso sa pamamagitan ng lubos, Walther Nernst, Schwarzschild at Zermelo.In theoretical physics he studied analytical mechanics, applications of partial differential equations to dynamics, eigenvalue problems,Maxwell 's equations and electromagnetic theory, optics, thermodynamics, and statistical mechanics.
Sa panteorya physics siya-aral ng analytical mechanics, mga aplikasyon ng bahagyang kaugalian equation na dinamika, eigenvalue problema,Maxwell 's equation at electromagnetic theory, optika, termodinamika, at statistical mechanics.His first major theoretical contribution was On the electromagnetic theory of the reflection and refraction of light which he sent to the Royal Society in October 1878.
Kanyang unang major panteorya kontribusyon ay Sa electromagnetic theory ng pagmuni-muni at repraksyon ng mga ilaw na kung saan siya ay ipinadala sa Royal Society sa Oktubre 1878.The first antennas were built in 1888 by German physicist Heinrich Hertz in his pioneering experiments to prove the existence of waves predicted by the electromagnetic theory of James Clerk Maxwell.
He also worked on electromagnetic theory giving a general solution of Maxwell 's equation, and it was through this topic that his interest in relativity arose.
Siya rin ay nagtrabaho sa electromagnetic theory nagbibigay ng isang pangkalahatang solusyon ng Maxwell 's equation, at ito ay sa pamamagitan ng paksang ito na ang kanyang interes sa kapamanggitan arose.He was at the forefront of the work in electromagnetic theory, relativity and quantum theory and he was the great systematizer and teacher who inspired many of the most creative physicists in the first thirty years of this century.
Siya ay at ang forefront ng trabaho sa electromagnetic theory, kapamanggitan at quantum This seemed to contradict classical electromagnetic theory, based on Maxwell 's equations and the laws of thermodynamics which assumed that electromagnetic energy consisted of waves which could contain any small amount of energy.
Ito seemed sa barahin klasiko electromagnetic theory, batay sa Maxwell 's equation at ang mga batas ng termodinamika na assumed na In theory, electromagnetic(solenoid) coil should be unlimited life.
Sa teorya, electromagnetic( solenoyde) likawin ay dapat na walang limitasyong buhay.We wish to stress Thomson's often under-estimated merits in the theory of the electromagnetic field.
Nais namin na ang stress Thomson ng madalas sa ilalim ng-tinatayang mga katangian sa teorya ng electromagnetic field.While at the Radiation Laboratory Schwinger invented important methods in electromagnetic field theory, which were extensively employed in the development of the theory of wave guides.
Habang sa radiation Laboratory Schwinger imbento mahalagang pamamaraan sa electromagnetic field theory, na kung saan ay malawakan trabaho sa pag-unlad ng teorya ng kaway gabay.The first of these papers extended work of Love on electromagnetic waves in an isotropic medium while the next two concerned equations of classical electromagnetic field theory.
Ang unang ng mga papeles extended trabaho ng Love sa 
