FRESNEL Meaning in English - translations and usage examples

• fresnel

Examples of using Fresnel in Tagalog and their translations into English

Ito ay isang mas mas ligtas na paraan ng pagluluto kaysa sa Fresnel Lens.
This is a much safer method of cooking than the Fresnel Lens.

Sa edad na labindalawa Fresnel nagsimula ang kanyang pag-aaral sa École Centrale sa Caen.
At age twelve Fresnel began his studies at the École Centrale in Caen.

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.

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.

Sa kabila ng pagpupumilit ng lahat na siya ay nag-aambag, Fresnel ay palaging pagkatao sa mga detalye, maayos at masusing.
Despite the urgency of everything he attempted, Fresnel was always attentive to detail, systematic, and thorough.

Fresnel ay naging isang mabuting kaibigan ng Ampère's at lodged at Ampère bahay mula 1822 hanggang sa kanyang kamatayan sa 1827.
Fresnel became a good friend of Ampère's and lodged at Ampère's home from 1822 until his death in 1827.

Maaari itong gumawa ng binalimbing, wide-angle, malaking-liko reflector magkaroon ng amag at fresnel lens at iba pang mga plastic bahagi.
It can produce polygonal, wide-angle, large-curved reflector mold and fresnel lens and other plastic parts.

Isang paksa na nabighani Fresnel ay na ng ilaw at siya ay nagsimulang magsagawa ng mga eksperimento sa kalagitnaan ng 1814.
One topic which fascinated Fresnel was that of light and he began to undertake experiments in the middle of 1814.

Ang isa ay ang isang papel sa pagbibigay heometriko resulta sa alimusod seksyon, ang iba pang ay sa ilaw, sa partikular na sa double repraksyon sa kung saan siya ibinigay ng isang malinaw na konstruksyon ng Fresnel kaway ibabaw.
One was a paper on giving geometrical results on conic sections, the other was on light, in particular on double refraction in which he gave a clear construction of the Fresnel wave surface.

Fresnel ay may trabaho sa isang programa ng kalye gusali na kung saan ay dinisenyo upang link bayang ito sa mga natitira sa tagabili.
Fresnel was employed on a programme of road building which was designed to link this town with the rest of Vendée.

Nag-aaplay sa pamamagitan ng matematikal na pagsusuri sa kanyang trabaho Fresnel maraming mga tinanggal na ng objections sa kumaway teorya ng ilaw.
By applying mathematical analysis to his work Fresnel removed many of the objections to the wave theory of light.

Diyan ay kaunti-agam-agam sa Fresnel ng isip sa oras na ito tungkol sa kanyang karera sa hinaharap para sa Matatag siya ay naka-set sa engineering.
There was little doubt in Fresnel's mind at this time regarding his future career for he was firmly set on engineering.

He confided sa isang sulat sa Einstein nakasulat sa 1930 na siya napili na partikular na kurso ng pag-aaral dahil doon ay biographies ng lahat ng mga mathematicians na mga contemporaries ng Fresnel sa Faculty Library.
He confided in a letter to Einstein written in 1930 that he chose that particular course of studies because there were biographies of all the mathematicians who were contemporaries of Fresnel in the Faculty Library.

Sa katunayan kalagayan had conspired upang bigyan Fresnel ang libreng oras siya kailangan sa pag-isiping sa kanyang mga eksperimento na may ilaw.
In fact circumstances had conspired to give Fresnel the free time he needed to concentrate on his experiments with light.

Fresnel ay para mapataob ito sa pamamagitan ng turn of events na siya sa kanyang kaliwa engineering trabaho at inalay sa labanan para sa King laban Napoleon.
Fresnel was so upset by this turn of events that he left his engineering job and offered to fight for the King against Napoleon.

Malubhang, layunin, pinagmumultuhan sa pamamagitan ng mga saloobin ng isang maagang na libingan, Fresnel nakagapos siya mismo malapit sa mga ideals, shunning pleasures at amusements at nagtatrabaho sa punto ng pagkapagod.
Serious, intent, haunted by thoughts of an early grave, Fresnel bound himself closely to these ideals, shunning pleasures and amusements and working to the point of exhaustion.

Fresnel ay nagsimulang gumawa sa proyektong ito sa 1812 kapag siya ay batay sa Nyon ngunit na siya ay pang-agham pangako ng trabaho sa kanyang ekstrang oras.
Fresnel began working on this project in 1812 when he was based in Nyon but already he was undertaking scientific work in his spare time.

Arago, na may been pigilin ang pagdaloy ng dugo ng isang kasapi ng Samahan, nagsimula sa kabutihang-loob ng kaway teorya ng ilaw bilang ng mga iminungkahing Fresnel sa paligid ng 1815 na kung saan ay direktang kontra sa korpuskulo theory na Laplace suportado at binuo.
Arago, who had been a staunch member of the Society, began to favour the wave theory of light as proposed by Fresnel around 1815 which was directly opposed to the corpuscular theory which Laplace supported and developed.

Sa katunayan Fresnel ay nai-publish na ang kanyang teorya na ang ilaw ay isang pahalang kaway ngunit, bagama't Doppler had read Fresnel 's trabaho, siya ay hindi tanggapin ito.
In fact Fresnel had already published his theory that light was a transverse wave but, although Doppler had read Fresnel 's work, he did not accept it.

Sa hakbang na ito niya natupad pantay katulad na mga pagsisiyasat na Thomas Young had natupad sa pagitan ng 1797 at 1799 sa Cambridge, ngunit Fresnel susunod na inilipat pasulong sa isang bagong-unawa sa pamamagitan ng pag-unlad ng teorya batay sa isang bagong matematiko pagbabalangkas.
At this stage he had carried out fairly similar investigations that Thomas Young had carried out between 1797 and 1799 in Cambridge, but Fresnel next moved forward to a new understanding by developing a theory based on a new mathematical formulation.

Fresnel at Arago, ngayon very confident na sila ay maaaring ipaliwanag ang epekto sa Fresnel's theory, undertook karagdagang trabaho sa polarisation at Fresnel natuklasan kung ano ang susunod na tinatawag na circularly polarised ilaw.
Fresnel and Arago, now very confident that they could explain this effect with Fresnel's theory, undertook further work on polarisation and Fresnel discovered what was later called circularly polarised light.

Kahit na ang kanyang trabaho sa optika natanggap na kakatiting pampublikong pagkilala sa panahon ng kanyang buhay, Fresnel pinapanatili na kahit hindi pagbubunyi mula sa marangal kasamahan ay maaaring ihambing sa ang kasiyahan ng isang discovering panteorya katotohanan o kinukumpirma ng isang masusing pagsusuri pagtuklas.
Although his work in optics received scant public recognition during his lifetime, Fresnel maintained that not even acclaim from distinguished colleagues could compare with the pleasure of discovering a theoretical truth or confirming a calculation experimentally.

Kahit Fresnel ay ginawa ng maraming-convert sa kumaway teorya ng ilaw, kahit mula sa pinaka-ardent ng mga dati paniniwalang sa korpuskulo teorya, ang kanyang assertion na ang ilaw ay isang pahalang kaway ay isang hakbang masyadong malayo para sa karamihan.
Although Fresnel had made many converts to the wave theory of light, even from the most ardent of those previously believing in the corpuscular theory, his assertion that light is a transverse wave was a step too far for most.

Kahit Arago dissented mula sa claim na ito ngunit Fresnel masindak kanyang mga kritiko kapag siya ay nagpakita na ang susunod na double repraksyon ay maaaring deduced mula sa pahalang kaway teorya.
Even Arago dissented from this claim but Fresnel stunned his critics when he next showed that double refraction could be deduced from the transverse wave hypothesis.

Fresnel nagsimula sa pamamagitan ng pagsasagawa mga eksperimento na may pagdidiprakt at ginawa ng isang pambihirang tagumpay kapag naka-attach na siya ng isang piraso ng itim na papel sa isang gilid ng isang diffracter at napagmasdan na pagkatapos ay ang matalino band sa loob ng lilim vanished.
Fresnel began by undertaking experiments with diffraction and made a breakthrough when he attached a piece of black paper to one edge of a diffracter and observed that then the bright bands within the shadow vanished.

Isang diskusyon ay pagkatapos ay binigyan ng mga ideya ng Fresnel at ng mga formula ng Helmholtz na expresses ang mga ideya sa analytical form at nagbibigay ng mga prinsipyo ng Huygens para sa pana-panahon na proseso.
A discussion is then given of the ideas of Fresnel and of the formula of Helmholtz which expresses these ideas in analytical form and gives the principle of Huygens for periodic processes.

Ito ay isang magandang pagkakataon para sa Fresnel upang ilagay ang kanyang mga rebolusyonaryong gawain bago ang mundo at siya ay napaka-loob ng kanyang teorya dahil sa kanyang matematiko pagbawas mula sa isang simpleng teorya na humantong sa mga resulta na niya napatunayan na pagtuklas ng isang mataas na nagbibigay ng tumpak na kasunduan sa pagitan ng mga teorya at experimental katibayan.
It was a great chance for Fresnel to put his revolutionary work before the world and he was very confident of his theory since his mathematical deductions from the one simple hypothesis led to results which he had verified experimentally giving a highly accurate agreement between theory and experimental evidence.

Subalit Poisson ay nabighani sa matematika na model Fresnel iminungkahing at Tagumpay sa computing ilan sa mga integrals upang makahanap ng mga karagdagang kahihinatnan na lampas na ang mga Fresnel had deduced.
However Poisson was fascinated by the mathematical model which Fresnel proposed and succeeded in computing some of the integrals to find further consequences beyond those which Fresnel had deduced.

Siya ay inilipat sa pagbabasa ng mga gawa ng Fourier at Fresnel at siya ay nagsimulang kanyang sariling experimental trabaho sa paaralan physics laboratoryo matapos siya had learnt ng ested's pagkatuklas ng electromagnetism sa 1820.
He moved on to reading the works of Fourier and Fresnel and he began his own experimental work in the school physics laboratory after he had learnt of Oersted's discovery of electromagnetism in 1820.

Sa mga partikular na ang mga gawa ng Lagrange, Laplace, Legendre, Fresnel at Fourier ay tratuhin ng may" pitagan" sa paggamit ng isang salita na kung saan Thomson kanyang sarili ay mamaya gamitin upang ilarawan ang attitude na kanyang lecturers had patungo sa mga French mathematicians.
In particular the works of Lagrange, Laplace, Legendre, Fresnel and Fourier were treated with"reverence" to use a word which Thomson himself would later use to describe the attitude that his lecturers had towards these French mathematicians.