Ano ang ibig sabihin ng KAWAY sa Ingles

• wave

Mga halimbawa ng paggamit ng Kaway sa Tagalog at ang kanilang mga pagsasalin sa Ingles

Doppler ay hindi tama tungkol sa ilaw ay isang pahaba kaway.
Doppler was incorrect regarding light being a longitudinal wave.

Ng doktor Kanyang disertasyon ay sa bilis ng kaway propogation sa nababanat tubes.
His doctoral dissertation was on the velocity of wave propagation in elastic tubes.

Malapit sa dulo ng trabaho siya-apply ang mga katangian na function sa pag-aaral Fresnel 's kaway ibabaw.
Near the end of the work he applied the characteristic function to study Fresnel 's wave surface.

Sa 1832 Neumann investigated ang kaway teorya ng ilaw, ng mga resulta na katulad ng mga Cauchy at Fresnel.
In 1832 Neumann investigated the wave theory of light, obtaining results similar to those of Cauchy and Fresnel.

Ang paggamit ng komutator relasyon sa pagtukoy Schrödinger kaway function( 1965);
The use of commutator relationships in determining Schrödinger wave functions(1965);

Ako ay nabighani lamang sa pamamagitan ng iyong[ kaway equation] teorya at ang mga magagandang bagong kuru-kuro ito nagdadala.
I am simply fascinated by your[wave equation] theory and the wonderful new viewpoint it brings.

Paggawa gamit ang Smirnov, Sobolev-aral ng functionally invariant solusyon ng kaway equation.
Working with Smirnov, Sobolev studied functionally invariant solutions of the wave equation.

Ang buong kahulugan ng nag-iisa at kaway nito generalisation ay sa wakas walang takip sa 1965: makita at.
The full significance of the solitary wave and its generalisation was finally uncovered in 1965: see and.

Matapos matanggap ang Nobel Prize sa 1929 Mula Broglie nagtrabaho sa pagpapalawak ng kaway mechanics.
After receiving the Nobel Prize in 1929 De Broglie worked on extensions of wave mechanics.

Ang nais mong magkaroon ng isang pormalismo na kasama ang kaway aspeto at ang mga particle aspeto bilang isang limitasyon.
The wish to have a formalism which includes the wave aspect and the particle aspect as a limit.

Fresnel ay iginawad sa grand pri at sa kanyang trabaho ay isang malakas na argument para sa isang kaway teorya ng ilaw.
Fresnel was awarded the Grand Prix and his work was a strong argument for a wave theory of light.

Siya ay ang unang na-analyze at gumawa ng malinaw na ang paggamit ng kaway pag-andar, ngayon malawak na kilala bilang ang Jost function.
He was the first to analyze and make explicit use of wave functions, now widely known as the Jost functions.

Siya inilalapat ang kaway teorya ng ilaw sa matematika imbestigasyon ng paglutas kapangyarihan ng prisms at pagdidiprakt gratings;
He applied the wave theory of light to the mathematical investigation of the resolving power of prisms and diffraction gratings;

Siya ay nagretiro sa 1981 ngunit sa oras na ito sa kanyang trabaho ay concentrating sa teorya ng kaway nonlinear equation.
He retired in 1981 but at this time his work was concentrating on the theory of nonlinear wave equations.

Ito ay isang komite na kung saan ay hindi sang-ayon din sa kaway teorya ng ilaw, karamihan sa paniniwalang sa korpuskulo modelo.
It was a committee which was not well disposed to the wave theory of light, most believing in the corpuscular model.

Kahit na ang condensate ay naglalaman ng milyon-milyong mga atom ito behaves na kung ito ay isang atom, ngunit exhibiting pa rin ang karaniwang particle duality kaway.
Although the condensate contains millions of atoms it behaves as if it were a single atom, but still exhibiting the usual particle wave duality.

Upang ipaliwanag ang ilan sa kanyang mga obserbasyon niya na gumamit ng isang kaway teorya ng ilaw kasabay ng kanyang korpuskulo theory.
To explain some of his observations he had to use a wave theory of light in conjunction with his corpuscular theory.

Ito ay alinsunod sa kung ano ang kaway teorya ng ilaw hinulaang, ngunit contradicted kung ano ang mga teorya ng korpuskulo hinulaang.
This was in accordance with what the wave theory of light predicted, but contradicted what the corpuscular theory predicted.

Love investigated ang posibilidad ng pagpapalaganap ng isang payak distortional ibabaw kaway, at natagpuan na tulad ay umiiral sa isang magkakaiba daluyan.
Love investigated the possibility of the propagation of a purely distortional surface wave, and found that such could exist in a heterogeneous medium.

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.
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.

Sa pamamagitan ng 1816 siya ay isang malakas na tagapagtaguyod ng isang kaway teorya ng ilaw, sumasang-ayon sa Fresnel at laban sa Biot at Laplace na advocated isang korpuskulo theory.
By 1816 he was a strong advocate of a wave theory of light, agreeing with Fresnel and opposed to Biot and Laplace who advocated a corpuscular theory.

Gayunman, dahil sa marahil ng Newton's na mataas na reputasyon, ang kanyang korpuskulo theory reigned hanggang sa kaway teorya ay revived sa ika-19 siglo.
However, perhaps because of Newton's already high reputation, his corpuscular theory reigned until the wave theory was revived in the 19th century.

Panahon na ito sa kanyang trabaho sa optika kumbinsido sa kanya ng Bisa ng kaway teorya ng mga ilaw na kung saan ay, sa oras na iyon, ganap desetso ito sa kapakinabangan ng korpuskulo theory.
During this period his work on optics convinced him of the validity of the wave theory of light which was, at that time, totally discarded in favour of the corpuscular theory.

Isang linggo mamaya Schrödinger ibinigay ng Broglie pantas-aral sa de 's trabaho at isang kasapi ng madla, ng isang mag-aaral ng Sommerfeld' s, iminungkahi na doon ay dapat na isang kaway equation.
One week later Schrödinger gave a seminar on de Broglie 's work and a member of the audience, a student of Sommerfeld 's, suggested that there should be a wave equation.

Ang ugnayan sa pagitan ng dalawang formulations ng kaway mechanics at matris mechanics ay nauunawaan ng Schrödinger agad-agad na bilang na ito quotation mula sa isa sa kanyang 1926 ay nagpapakita ng mga papeles.
The relation between the two formulations of wave mechanics and matrix mechanics was understood by Schrödinger immediately as this quotation from one of his 1926 papers shows.

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.
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.

Siya ang alinman sa alam ng kaway theories na had been postulated sa pamamagitan ng Huygens, Euler at Young, nor did siya alam ng mga pinakahuling developments sa korpuskulo theory suportado ng karamihan ng mga siyentipiko.
He neither knew of the wave theories that had been postulated by Huygens, Euler and Young, nor did he know of the latest developments in the corpuscular theory supported by the majority of scientists.

Subalit polarisation ng ilaw nagawa sa pamamagitan ng pagmuni-muni pa rin na ibinigay ng isang malakas na argument ito sa kapakinabangan ng korpuskulo teorya, dahil walang paliwanag mula sa isang kaway theory had ever ginawa.
However polarisation of light produced by reflection still provided a strong argument in favour of the corpuscular theory, since no explanation from a wave theory had ever been made.

Ang mga artikulo ay naglalaman ng mga unang anyo ng kaway equation sa print ngunit muli suffers mula sa mga depekto na siya ginagamit mathematically kawili-wili simplifications ng mga tiyak na hangganan kondisyon na kung saan na humantong sa mga resulta kung saan ay sa mga tira sa observation.
The article contains the first appearance of the wave equation in print but again suffers from the defect that he used mathematically pleasing simplifications of certain boundary conditions which led to results which were at odds with observation.

Ang unang lakas ng tunog, sa mechanics ng isang vibrating daluyan na kung saan produces sound, ay nai-publish sa 1877, habang ang pangalawang dami sa Acoustic kaway pagpapalaganap ay nai-publish ang mga sumusunod na taon.
The first volume, on the mechanics of a vibrating medium which produces sound, was published in 1877, while the second volume on acoustic wave propagation was published the following year.