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1 орбитальный электрон
1) Engineering: atom electron, orbit electron2) Chemistry: atomic electron, planetary electron3) Oil: orbital electronУниверсальный русско-английский словарь > орбитальный электрон
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2 электронная орбита
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3 за пределами
•A shell of planetoids which surround the Sun, far beyond Pluto's orbit...
•The Moon formed outside of the Earth's orbit and...
•Eta Carinae is the brightest star outside the solar system.
•It would be difficult to maintain radio contact with a rocket much beyond the boundaries of the solar system.
•These elements have a single electron outside of closed shells.
•Outside the confines of our solar system...
•Beyond the loading point, KG tends to increase rapidly with increasing .
Русско-английский научно-технический словарь переводчика > за пределами
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4 электронная орбита
1) Engineering: electron orbit2) Chemistry: electronic orbitУниверсальный русско-английский словарь > электронная орбита
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5 за пределами
•A shell of planetoids which surround the Sun, far beyond Pluto's orbit...
•The Moon formed outside of the Earth's orbit and...
•Eta Carinae is the brightest star outside the solar system.
•It would be difficult to maintain radio contact with a rocket much beyond the boundaries of the solar system.
•These elements have a single electron outside of closed shells.
•Outside the confines of our solar system...
•Beyond the loading point, KG tends to increase rapidly with increasing .
* * *За пределами -- outside, beyondРусско-английский научно-технический словарь переводчика > за пределами
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6 переход
. при переходе к большим и большим значениям•The transfer of an electron the lowest level to the next level...
•The transition of an electron one orbit to another...
II•A change to processes that are easier to mechanize...
•The change-over from one fuel to the other...
•A change-over to circumferential welding merely necessitates the loosening of...
•Conversion to investment casting permitted strict tolerances to be held.
•The retooling to convert to die casting...
•The difficulty was corrected by changing (or switching) to another suitable oil which did not foam.
•The shortage of skilled labour is forcing the switch to automated systems.
•By going to much finer and more closely-sized powder particles, the porosity was greatly reduced.
Русско-английский научно-технический словарь переводчика > переход
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7 всего лишь
•While the life of components in orbit may be as low as a few days, quick passage through the radiation belt has little effect.
•The orbital periods of these stars can be as short as a few years.
•In this case a total of 200 shots is all that can be expected.
•Ethane theoretically possesses an indefinite number of conformations; however if..., there are but two significant conformations.
•Other embryonic movements are no more than (or are mere) preludes to adult behaviour.
•The factor leads to nothing more than a decrease in scattering and therefore is generally ignored.
•The innermost portion of the ring is a mere 7,000 miles above Saturn's face.
•A stationary electron in a uniform magnetic field has just two distinct energy levels.
•Tool-changing time can be as little as two seconds.
•Such a backup system can operate for weeks on as few as three or four "penlight" batteries.
•Scale differences of only 1 -2% can cause a loss of...
Русско-английский научно-технический словарь переводчика > всего лишь
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8 всего лишь
•While the life of components in orbit may be as low as a few days, quick passage through the radiation belt has little effect.
•The orbital periods of these stars can be as short as a few years.
•In this case a total of 200 shots is all that can be expected.
•Ethane theoretically possesses an indefinite number of conformations; however if..., there are but two significant conformations.
•Other embryonic movements are no more than (or are mere) preludes to adult behaviour.
•The factor leads to nothing more than a decrease in scattering and therefore is generally ignored.
•The innermost portion of the ring is a mere 7,000 miles above Saturn's face.
•A stationary electron in a uniform magnetic field has just two distinct energy levels.
•Tool-changing time can be as little as two seconds.
•Such a backup system can operate for weeks on as few as three or four "penlight" batteries.
•Scale differences of only 1 -2% can cause a loss of...
Русско-английский научно-технический словарь переводчика > всего лишь
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9 достигать
•At room temperature the electron's average diffusion distance for the p-n junction after injection may be as much as several microns.
•This type of potential ranges up to about 100 millivolts.
•The cadmium content of zinc concentrates may run to 1-2 percent.
•The amount of mercury here may run as high as two parts per billion.
•After the orbit has attained its desired altitude...
•This amounts up to one third of the velocity of light.
•The output reaches its peak.
•The number of formulations ( составов) runs (or ranges) into the thousands.
•In metazoans, this may amount to as much as 11% of the deoxycytidines.
•The pressure can be raised to get to point 3.
•When equilibrium is attained (or established),...
II•Almost complete conversion can be obtained at ordinary pressure.
•Maximum efficiency is accomplished when...
•No improvement was brought about (or attained, or achieved) by applying this method.
•This realignment of the molecules can be brought about in several ways.
•These bodies of magma do not make it to the surface and solidify at depth...
•Almost all the heat generated in the earth's mantle finds its way to the ocean floor.
Русско-английский научно-технический словарь переводчика > достигать
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10 занимать орбиту
•Such an electron takes up (or occupies)large orbit.
Русско-английский научно-технический словарь переводчика > занимать орбиту
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11 перескакивать с орбиты на орбиту
Русско-английский научно-технический словарь переводчика > перескакивать с орбиты на орбиту
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12 переходить
•These materials transfer to the fibre a water suspension.
•This electron may be caused to pass into a larger orbit.
•The interstitial atoms leave their positions for the regular ones.
II•To change from one fuel to the other, it is only necessary to manipulate the fuel control valve.
•To convert to die-casting, we had to reequip the plant.
Русско-английский научно-технический словарь переводчика > переходить
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13 метод электронных орбит
Engineering: electron-orbit method (при расчёте магнетронов)Универсальный русско-английский словарь > метод электронных орбит
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14 орбита электрона
1) Engineering: electron orbit2) Electrochemistry: shell -
15 проникающая электронная орбита
Engineering: penetrating electron orbitУниверсальный русско-английский словарь > проникающая электронная орбита
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16 взаимодействие
communications, communication, cooperation, coupling, interaction* * *взаимоде́йствие с.
interactionвзаимоде́йствие А с Б — interaction between A and B, A-B interactionпри нали́чии инерцио́нного взаимоде́йствия — inertia-coupledангармони́ческое взаимоде́йствие — anharmonic interactionаэродинами́ческое взаимоде́йствие — aerodynamic interference, aerodynamic intercouplingаэроинерцио́нное взаимоде́йствие — dynamic roll (cross-)couplingбли́зкое взаимоде́йствие — close-range interactionве́кторное взаимоде́йствие — vector interactionви́гнеровское взаимоде́йствие — Wigner interactionвзаимоде́йствие ви́дов колеба́ний — coupling of modesвнутримолекуля́рное взаимоде́йствие — intramolecular interactionизбира́тельное взаимоде́йствие — selective interactionинерцио́нное взаимоде́йствие — inertial intercoupling, inertial cross-couplingкванто́ванное взаимоде́йствие — quantized interactionкогере́нтное взаимоде́йствие — coherent interactionконструкти́вное взаимоде́йствие — structural interactionмагнитоупру́гое взаимоде́йствие — magnetoelastic interactionмежмолекуля́рное взаимоде́йствие — intermolecular interactionнелока́льное взаимоде́йствие — non-local interactionобме́нное взаимоде́йствие — exchange interactionобы́чное взаимоде́йствие — Wigner interactionориенти́рующее взаимоде́йствие — aligning interactionвзаимоде́йствие отражё́нных волн — reflection interactionперекрё́стное взаимоде́йствие — intercoupling, interaction, interference, cross-couplingперифери́ческое взаимоде́йствие — peripheral interactionвзаимоде́йствие пла́змы с СВЧ колеба́ниями — microwave-plasma interactionраспределё́нное взаимоде́йствие — distributed interactionсверхобме́нное взаимоде́йствие — superexchange interactionсверхто́нкое взаимоде́йствие — hyperfine interactionси́льное взаимоде́йствие — strong interactionсла́бое взаимоде́йствие — weak interactionвзаимоде́йствие спи́на с орбита́льным моме́нтом — spin-orbital interactionвзаимоде́йствие спи́нов — spin-spin interactionспин-орбита́льное взаимоде́йствие — spin-orbit interactionспин-решё́точное взаимоде́йствие — spin-lattice interactionспин-спи́новое взаимоде́йствие — spin-spin interactionвзаимоде́йствие струи́ со скачко́м уплотне́ния — jet-shock interactionте́нзорное взаимоде́йствие — tensor (force) interactionупоря́дочивающее взаимоде́йствие — aligning interactionвзаимоде́йствие Ферми́, универса́льное — universal Fermi interactionцентра́льное взаимоде́йствие — central-force interactionвзаимоде́йствие электро́нного пучка́ с пла́змой — electron beam-plasma interaction* * * -
17 метод электронных орбит
( при расчёте магнетронов) electron-orbit methodРусско-английский словарь по электронике > метод электронных орбит
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18 метод электронных орбит
( при расчёте магнетронов) electron-orbit methodРусско-английский словарь по радиоэлектронике > метод электронных орбит
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19 ускоритель
accelerant, accelerator, acceleration installation* * *ускори́тель м.
acceleratorускори́тель взлё́та ав. — assisted take-off unitускори́тель взлё́та, раке́тный — rocket assisted take-off [RATO] unitускори́тель взлё́та, реакти́вный — jet assisted take-off [JATO] unitускори́тель вулканиза́ции — vulcanization acceleratorвысокоакти́вный ускори́тель пласт. — rapid acceleratorускори́тель заме́дленного де́йствия — delayed action acceleratorускори́тель заря́женных части́ц — charged-particle acceleratorускори́тель заря́женных части́ц, высоково́льтный — high-voltage acceleratorускори́тель заря́женных части́ц, и́мпульсный — pulsed acceleratorускори́тель заря́женных части́ц, индукцио́нный — induction accelerator, betatronускори́тель заря́женных части́ц, лине́йный — linear acceleratorускори́тель заря́женных части́ц на высо́кие эне́ргии — high-energy acceleratorускори́тель заря́женных части́ц, резона́нсный — resonant acceleratorускори́тель заря́женных части́ц с жё́сткой [си́льной] фокусиро́вкой — strong-focusing acceleratorускори́тель заря́женных части́ц со встре́чными пучка́ми — double clashing-beam acceleratorускори́тель заря́женных части́ц со сла́бой фокусиро́вкой — weak-focusing acceleratorускори́тель заря́женных части́ц с переме́нно-градие́нтной фокусиро́вкой — alternating-gradient acceleratorускори́тель заря́женных части́ц, цикли́ческий — cyclic (orbit) acceleratorускори́тель заря́женных части́ц, электро́нный — electron acceleratorускори́тель заря́женных части́ц, электростати́ческий — constant-potential [electrostatic] acceleratorускори́тель ката́лиза — promoter, catalysis acceleratorмалоакти́вный ускори́тель пласт. — slow-acting acceleratorоргани́ческий ускори́тель — organic acceleratorпла́зменный ускори́тель — plasma acceleratorускори́тель прото́нов — proton acceleratorраке́тный ускори́тель — rocket booster, accelerating rocket (engine); boost motorускори́тель схва́тывания ( бетона) — setting accelerator -
20 достигать
•At room temperature the electron's average diffusion distance for the p-n junction after injection may be as much as several microns.
•This type of potential ranges up to about 100 millivolts.
•The cadmium content of zinc concentrates may run to 1-2 percent.
•The amount of mercury here may run as high as two parts per billion.
•After the orbit has attained its desired altitude...
•This amounts up to one third of the velocity of light.
•The output reaches its peak.
•The number of formulations ( составов) runs (or ranges) into the thousands.
•In metazoans, this may amount to as much as 11% of the deoxycytidines.
•The pressure can be raised to get to point 3.
•When equilibrium is attained (or established),...
II•Almost complete conversion can be obtained at ordinary pressure.
•Maximum efficiency is accomplished when...
•No improvement was brought about (or attained, or achieved) by applying this method.
•This realignment of the molecules can be brought about in several ways.
•These bodies of magma do not make it to the surface and solidify at depth...
•Almost all the heat generated in the earth's mantle finds its way to the ocean floor.
* * *Достигать -- to achieve, to attain, to accomplish, to reach, to measure up to; to amount (всегда с указанием значения величины); to meet, to realize (о цели); to make (об успехах)This was accomplished by extending the outer legs of the coils to a large radial distance.This is usually accomplished by proper installation practices as described in reference [...].While the resulting engine will not measure up to the full potential which today's technology could provide, the compromise is small.The total solids burden passing into the second chamber amounted to 4207 mg/SCM.Tighten the flange nuts alternately in small equal increments until one of the nuts reaches the minimum recommended torque.Русско-английский научно-технический словарь переводчика > достигать
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