Examples of using Mathematical physics in English and their translations into Tagalog
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The Chair of Mathematical Physics.
He applied his methods to solve difficult problems in mathematical physics.
Siya inilapat ang kanyang mga pamamaraan upang malutas na problema sa matematika physics.Libri's early work was on mathematical physics, particularly the theory of heat.
Libri ang unang bahagi ng trabaho ay sa matematika physics, partikular ang teorya ng init.I would like to major in theoretical mathematical physics.
Gusto kong major sa panteorya matematiko physics.For example, mathematical physics is the application of mathematics in physics. .
Halimbawa, ang matematikal na pisika Brush: Milestones in mathematical physics.
Brush: Nakamit sa matematika physics.The Mathematical Physics laboratory and the University Astronomical Observatory were opened.
Ang matematika Physics laboratory at sa University Astronomical Observatory nangabuksan.And also some of the work in mathematical physics.
At din ang ilan sa mga trabaho sa matematika physics.Cesàro's interest in mathematical physics is also evident in two very successful calculus texts which he wrote.
Cesàro ng interes sa matematika physics ay maliwanag din sa dalawang tunay matagumpay calculus teksto na kung saan siya wrote.These are important not only in mathematics but also in mathematical physics.
Ang mga ito ay mahalagang hindi lamang sa Partial differential equations of mathematical physics(1932, reprinted 1944 and 1959);
Bahagyang kaugalian equation ng mga matematiko physics( 1932, reprinted 1944 at 1959);As director he began producing a number of important texts on mathematical physics.
Bilang direktor siya nagsimulang paggawa ng isang numero ng mahalagang teksto sa matematika physics.The first was Special functions of mathematical physics and chemistry published in the Oliver and Boyd series in 1956.
Ang unang ay espesyal na pag-andar ng matematika pisika at kimika na nai-publish sa Oliver at Boyd serye sa 1956.It was also here that she was strongly influenced to study the equations of mathematical physics.
Ito ay din dito na siya ay naiimpluwensyahan Matindi sa pag-aaral ang equation ng mga matematiko physics.Three years later he became Professor of Mathematical Physics at the Collège de France, an appointment which was due to the influence of Laplace.
Tatlong taon mamaya siya ay naging Professor ng mga matematiko Physics sa College de France, ng appointment na kung saan ay dahil sa impluwensiya ng Laplace.He developed variational techniques that produced major advances in several fields of mathematical physics.
Siya binuo variational pamamaraan na ginawa malaking pagsulong sa ilang mga patlang ng matematika physics.Tikhonov's approach to problems in mathematical physics is described in.
Tikhonov sa mga problema sa matematika physics ay inilarawan sa.In fact throughout his life he remained interested in applied mathematics and mathematical physics.
Sa katunayan sa kabuuan ng kanyang buhay siya ay nanatili na interesado sa inilapat sa He went to St Petersburg and began to write important works on mathematical physics which he presented to the St Petersburg Academy of Sciences.
Siya ang nagpunta sa St Petersburg at nagsimulang sumulat ng mahalagang gumagana sa matematika pisika na kung saan siya ay itinanghal sa St Petersburg Academy of Sciences.Master of the methods dealing with the partial differential equations of mathematical physics.
Master ng Differential geometry has been of increasing importance to mathematical physics due to Einstein's general relativity postulation that the universe is curved.
Ang heometriyang diperensiyal ay naging ng tumataas na kahalagahan sa pisikang matematikal sanhi ng postulasyon ng pangkalahatang relatibidad ni Albert Einstein na ang uniberso ay naka-kurba.After three years in Rome,Beltrami moved to Pavia to take up the chair of mathematical physics there.
Matapos ang tatlong taon sa Roma,Beltrami inilipat sa Pavia sa kunin ang upuan ng mga matematiko physics doon.In particular he worked on the partial differential equations of mathematical physics producing results of outstanding importance.
Sa Morse developed variational theory in the large with applications to equilibrium problems in mathematical physics.
Morse binuo variational teorya sa ang malaki sa mga aplikasyon sa punto ng balanse ng problema sa matematika physics.At this stageConway intended to pursue a career in the Civil Service but in 1901 a chair of Mathematical Physics became available in University College, Dublin.
Sa hakbang naito Conway inilaan upang humanap ng isang karera sa Civil Service ngunit sa 1901 ng isang upuan ng mga matematiko Physics naging available sa University College, Dublin.This was not due to Betti's retiral, butrather because Betti's interests had moved more towards mathematical physics.
Ito ay hindi dahil sa Betti's retiral, kundi dahilBetti ng interes ay inilipat more patungo sa matematika physics.Such was the quality of his early work,that he was appointed to the chair of Mathematical Physics at Pisa in 1823.
Tulad ay ang kalidad ng Weber's main work was in algebra, number theory, analysis andapplications of analysis to mathematical physics.
Weber's pangunahing trabaho ay sa algebra, bilang teorya, atpagtatasa ng mga aplikasyon ng pagtatasa sa matematika physics.However it was not a situation which pleased him since he could not pursue the style of mathematical physics which he was developing.
Gayunpaman, ito ay hindi isang sitwasyon na natutuwa sa kanya dahil siya ay hindi ituloy ang estilo ng matematika pisika na kung saan siya ay pag-unlad.Hamilton died in 1865 andTait took over the crusade to give quaternions a leading role in mathematical physics.
Hamilton namatay sa 1865 atTait kinuha sa krusada upang bigyan quaternions isang nangungunang papel sa matematika physics.
