Eksempler på brug af Electromagnetic theory på Engelsk og deres oversættelser til Dansk
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He was one of the first to recognise the importance of Maxwell 's electromagnetic theory.
Han var en af de første til at erkende betydningen af Maxwell's elektromagnetiske teori.A series of five papers by Gibbs on the electromagnetic theory of light were published between 1882 and 1889.
En serie på fem papirer Gibbs om elektromagnetisk teori om lyset blev udgivet mellem 1882 og 1889.His first paper was inspired by reading Maxwell 's 1865 paper on electromagnetic theory.
Hans første dokument blev inspireret af at læse Maxwell's 1865 papir om elektromagnetisk teori.There he studied electromagnetic theory and relativity and began to publish on a unified field theory. .
Der han studerede elektromagnetiske teori og relativitet og begyndte at udgive på et samlet felt This is now known as Biot-Savart's Law andis fundamental to modern electromagnetic theory.
Dette er nu kendt som Biot-Savart's lov oger grundlæggende for moderne elektromagnetiske teori.Lorentz refined Maxwell 's electromagnetic theory in his doctoral thesis The theory of the reflection and refraction of light presented in 1875.
Lorentz raffineret Maxwell's elektromagnetisk teori i sin ph.d. -afhandling At a meeting of the British Association in Southport in 1883,FitzGerald gave a lecture discussing electromagnetic theory.
På et møde i British Association i Southport i 1883,Fitzgerald gav en forelæsning diskuterer elektromagnetiske teori.There he took Max Abraham 's course on the electromagnetic theory of light and also attended courses by Stark, Walther Nernst, Schwarzschild and Zermelo.
Der tog han Max Abraham's kursus om elektromagnetisk teori om lys og deltog også kurser ved Stark, Walther Nernst, Schwarzschild og Zermelo.The unifying feature of this theory was that it unified Einstein 's theory of gravitation andMaxwell 's electromagnetic theory.
Det samlende element i denne 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.
Han arbejdede også om elektromagnetisk teori giver en generel løsning af Maxwell's ligning, og det var gennem dette emne, at hans interesse i relativitet opstod.He had already begun to contribute to Maxwell 's theory and, as well as theoretical contributions,he was conducting experiments in electromagnetic theory.
Han havde allerede begyndt at bidrage til Maxwell's 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.
Hans første store teoretiske bidrag var på den elektromagnetiske teori om refleksion og brydning af lys, som han sendte til Royal Society i oktober 1878.He was also the author of a textbook of the differential and integral calculus;"Visible and Invisible Movements", 1901;and"Clerk Maxwell's Electromagnetic Theory", 1924.
Han var også forfatter til en lærebog af forskellen ogintegrerende calculus;"synlige og usynlige flytninger", 1901, og"Clerk Maxwell's Electromagnetic Theory", 1924.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.
Dette syntes at modsige klassisk elektromagnetiske teori, baseret på Maxwell's ligninger og lovene i termodynamik, som antages at As he made contact with other Maxwellians beyond Cambridge- especially with George FitzGerald- he came increasingly to make electromagnetic theory fundamental to his work.
Som han har taget kontakt med andre Maxwellians ud Cambridge- især med George Fitzgerald- han kom i stigende grad at gøre elektromagnetiske teori grundlæggende for hans arbejde.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.
Han var på forkant med arbejdet i elektromagnetiske teori, relativitetsteori og kvantemekanik 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.
Hans arbejde på forholdet mellem electrodynamic og elektrostatiske enheder af afgift i 1855 vist sig meget vigtig ogvar afgørende for at Maxwell i hans elektromagnetiske teori om lys.Kline also gives this tribute to Sommerfeld:[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.
Kline giver også denne hyldest til Sommerfeld:[Han]var på forkant med arbejdet i elektromagnetiske teori, relativitetsteori og kvantemekanik 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.
I tillæg til forskningen i gruppe 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. Einstein used Planck 's quantum hypothesis to describe the electromagnetic radiation of light.
Dette syntes at modsige klassisk elektromagnetiske teori, baseret på Maxwell's ligninger og lovene i termodynamik, som antages at 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.
I teoretisk fysik han studerede analytiske mekanik, anvendelser af partielle differentialligninger til dynamik, eigenvalue problemer,Maxwell's ligninger og elektromagnetiske teori, optik, termodynamik og statistisk mekanik.Warwick writes in: His book of 1900, Aether and matter, Cambridge University Press, Cambridge, 1900,helped to establish a research school that guided the development of mathematical electromagnetic theory in Cambridge until the end of World War I. However Warwick also writes: Today, however, Larmor is widely remembered by scientists for just two formulae and one theorem which, although correctly attributed to him, have been seen by historians of science as tangential to his main research interests.
Warwick skriver i: Hans bog fra 1900, Æter og spørgsmål, Cambridge University Press, Cambridge, 1900 oghjalp med at etablere et forsknings-skole at lede udviklingen af matematiske elektromagnetisk teori i Cambridge indtil udgangen af verden Krig I. Men Warwick også skriver: Men i dag, Larmor er almindeligt husket af videnskabsfolk for blot to formler og en sætning, der, skønt korrekt knyttet til ham, er blevet set af historikere af videnskab som tangerer hans vigtigste forskning interesser.His book of 1900, Aether and matter, Cambridge University Press, Cambridge, 1900,helped to establish a research school that guided the development of mathematical electromagnetic theory in Cambridge until the end of World War I.
Warwick skriver i: Hans bog fra 1900, Æter og spørgsmål, Cambridge University Press, Cambridge, 1900 oghjalp med at etablere et forsknings-skole at lede udviklingen af matematiske elektromagnetisk teori i Cambridge indtil udgangen af verden Krig I.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. Weber found the ratio was 3.1074 108m/sec but failed to take any notice of the fact that this was close to the speed of light.
Hans arbejde på forholdet mellem electrodynamic og elektrostatiske enheder af afgift i 1855 vist sig meget vigtig ogvar afgørende for at Maxwell i hans elektromagnetiske teori om lys. Weber fundet forholdet var 3,1074 10 8 m/ sek, men har undladt at træffe nogen meddelelse om det faktum, at dette var tæt på lysets hastighed.Larmor initially tackled the problem of the earth's motion through physical optics and thermodynamics,but… as he made contact with other Maxwellians beyond Cambridge- especially with George FitzGerald- he came increasingly to make electromagnetic theory fundamental to his work.
Larmor første omgang løste problemet med jordens bevægelse gennem fysisk optik og termodynamik,men… som han har taget kontakt med andre Maxwellians ud Cambridge- især med George Fitzgerald- han kom i stigende grad at gøre elektromagnetiske teori grundlæggende for hans arbejde.Larmor initially tackled the problem of the earth's motion through physical optics and thermodynamics,but… as he made contact with other Maxwellians beyond Cambridge- especially with George FitzGerald- he came increasingly to make electromagnetic theory fundamental to his work. Indeed, following the introduction of the electron, he began to approach the problem of motion through the ether as one in the electrodynamics of moving bodies.
Larmor første omgang løste problemet med jordens bevægelse gennem fysisk optik og termodynamik,men… som han har taget kontakt med andre Maxwellians ud Cambridge- især med George Fitzgerald- han kom i stigende grad at gøre elektromagnetiske teori grundlæggende for hans arbejde. Ja, efter indførelsen af elektroner, begyndte han at nærme sig problemet med bevægelse gennem ether som én i elektrodynamik bevægelige organer.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.
Selv om der på det Radiation Laboratory Schwinger opfundet vigtige metoder i elektromagnetiske felt teori, som blev ansat i udviklingen af Speaking of his time in the Radiation Laboratory James wrote: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.
At tale om hans tid i Radiation Laboratory James skrev: Selv omder på det Radiation Laboratory Schwinger opfundet vigtige metoder i elektromagnetiske felt teori, som blev ansat i udviklingen af 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.
Den første af disse papirer udvides arbejde Love om However, it is a real turning point in 1873 the Scots JC Maxwell(not described in this article) the controversial work,he put forward the theory of electromagnetic fields, that is to be late and beloved around the globe, the founder of the distinguished equation.
Men det er en reel vendepunkt i 1873 skotterne JC Maxwell(ikke beskrevet i denne artikel) den kontroversielle arbejde,han fremførte teorien om elektromagnetiske felter, der skal være sent og elsket over hele verden, grundlæggeren af den fornemme ligning.
