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81 приёмник теплового излучения
1) Engineering: infrared detector, infrared detector cell, thermal receptor2) Astronautics: thermal detector, thermal-radiation detectorУниверсальный русско-английский словарь > приёмник теплового излучения
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82 приемник теплового излучения
1) Engineering: infrared detector, infrared detector cell, thermal receptor2) Astronautics: thermal detector, thermal-radiation detectorУниверсальный русско-английский словарь > приемник теплового излучения
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83 радиационная сушилка
1) Engineering: infrared drier, infrared dryer, radiant drier, radiant heat drier, radiant-heat drier2) Polymers: radiation ovenУниверсальный русско-английский словарь > радиационная сушилка
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84 испускать излучение
•The transmitter sends out (or gives off) electromagnetic radiation.
Русско-английский научно-технический словарь переводчика > испускать излучение
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85 обнаружение инфракрасного излучения
1) Military: infra-red radiation sensing2) Arms production: infrared radiation sensingУниверсальный русско-английский словарь > обнаружение инфракрасного излучения
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86 тепловые лучи
1) General subject: thermic rays2) Engineering: thermal rays3) Metallurgy: caloric radiation, calorific radiation4) Oil: heat rays, invisible heat5) Makarov: infrared rays -
87 ближнее инфракрасное излучение
near infrared radiation, near IR radiationРусско-английский физический словарь > ближнее инфракрасное излучение
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88 далёкое инфракрасное излучение
far-infrared radiation, IR radiationРусско-английский физический словарь > далёкое инфракрасное излучение
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89 испускать излучение
•The transmitter sends out (or gives off) electromagnetic radiation.
Русско-английский научно-технический словарь переводчика > испускать излучение
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90 W90
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91 W90.9
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92 плотность
densityплотность атмосферы у поверхности планетыground densityплотность вуалиfog densityплотность в центре СолнцаSun’s central densityплотность звездного населенияpopulation densityплотность зерен фотоэмульсииgrain densityплотность излучения1.emission density 2.radiation densityплотность источников излученияsource densityплотность концентрации межзвездного водородаhydrogen densityплотность концентрации нейтрального водородаneutral hydrogen densityплотность короны{ (Солнца)coronal densityплотность космических лучейcosmic-ray densityплотность материиdensity of matterплотность оболочкиenvelope densityплотность потока инфракрасного излученияinfrared flux densityплотность потока солнечного излученияsolar flux densityплотность почернения негативаphotographic densityплотность радиоизлученияradio source densityплотность расположения галактикdensity of galaxiesплотность Солнцаsolar densityплотность туманаfog densityплотность эмульсионного слоя(optical) density of plateатмосферная плотностьatmospheric densityоптическая плотностьoptical densityпригодная для измерений оптическая плотностьsuitable densityпространственная плотность1.space density 2.spatial densityпространственная плотность звезд1.star density 2.stellar space densityспектральная плотностьspectral density (of radiation)ядерная плотностьnuclear density -
93 температура
temperatureтемпература атмосферыatmospheric temperatureтемпература в верхних слоях атмосферы1.upper-air temperature 2.upper-atmosphere temperatureтемпература в инфракрасных лучахinfrared temperatureтемпература возбужденияexcitation temperatureтемпература воздуха1.aerial temperature 2.air temperature 3.atmospheric temperatureтемпература на уровне моряsea-level temperatureтемпература вспышкиflash temperatureтемпература в центреcentral temperature (of star)температура в центре СолнцаSun’s central temperatureтемпература вырожденияdegeneracy temperatureтемпература излученияradiation temperatureтемпература звездыstellar temperatureтемпература ионосферыionospheric temperatureтемпература короныcoronal temperature (of the Sun)температура Луны1.lunar temperature 2.Moon’s temperatureтемпература окружающей среды1.ambient temperature 2.environment temperatureтемпература планетыplanetary temperatureтемпература планеты в подсолнечной точкеsubsolar temperatureтемпература полного излученияtotal radiation temperatureтемпература по шкале ФаренгейтаFahrenheit temperatureтемпература по шкале Цельсияcentigrade temperatureтемпература приведенная к дискуdisk temperatureтемпература радиоизлученияradio temperatureтемпература Солнца1.solar temperature 2.Sun’s temperatureтемпература у поверхности землиground temperatureтемпература фотосферыphotospheric temperatureтемпература хромосферыchromospheric temperatureабсолютная температураabsolute temperatureвнутренняя температураinternal temperatureграничная температураboundary temperatureионизационная температураionization temperatureистинная температураactual temperatureкинетическая температураkinetic temperatureкритическая температураcritical temperatureповерхностная температура1.surface temperature 2.skin temperatureподповерхностная температураsubsurface temperatureравновесная температураequilibrium temperatureрадиотемпература небаradio sky temperatureсолнечно-воздушная температураsun-air temperatureцветовая температураcolor temperatureшумовая температурарда. noise temperatureшумовая температура приемникаreceiver noise temperatureэквивалентная температура1.blackbody temperature 2.equivalent temperatureэлектронная температураelectron temperatureэффективная температура1.apparent temperature 2.effective temperatureэффективная температура, приведенная к диску планетыapparent disk temperatureяркостная температура1.brightness temperature 2.luminance temperatureяркостная температура в оптическом диапазонеoptical brightness temperatureяркостная температура космического радиоизлученияcosmic (noise) brightness temperatureяркостная температура небаsky brightness temperature -
94 ход луча
1. beam path2. radiation path -
95 как и
•Here, the wet equatorial areas, the rainfall mechanisms are...
•The boiling point of a pure liquid, like the melting point of a pure crystal, represents a fairly sudden transition.
•Like Boyle's law, this relation is followed by many gases.
•These calculations, along with (or as well as) our findings, show that...
•The trains of meteors move with time as do noctilucent clouds.
•The diameter required in order to fulfil this condition depends upon the reaction-zone length as does the critical diameter.
•Presumably, as for the static case, the movement of the vibrating surface will be opposed in the manner of a spring.
•The power unit is in a separate case as is the calibrated display unit.
•Superconductors are as sensitive to changes in magnetic-field strength as they are to changes of temperature.
•As with any chemical process, analysis is extremely important for process control.
•Carbon dioxide shares with water vapour the property of absorbing infrared radiation.
•In common with the other natural sciences chemistry is fundamentally concerned with...
Русско-английский научно-технический словарь переводчика > как и
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96 на всех волнах
Русско-английский научно-технический словарь переводчика > на всех волнах
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97 от ... до
•Between 25 and 30 rivets can be fixed per minute.
•The plant was required to operate at loads between 10 and 100% (or from 10 to 100%).
•The width of the land of the cutting edge should be about one-fifth the distance from tooth to tooth.
•The tubes have an outside diameter of ( from) 10 to 25 cm.
•A group of devices used for detecting infrared radiation requires energy gaps. 5 down to 0. 1 eV or even less.
•The automatic and semiautomatic drills are good for a variety of materials ranging from soft wood and synthetic products to mild steel and cast iron.
•The estimates range anywhere from $50,000 to $500,000.
•Dense shale and limestone have porosities in the range from 1% to 10%.
•The aggregate has a gray-to-black colour.
Русско-английский научно-технический словарь переводчика > от ... до
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98 охватывать
•We have assumed that covalent bonds encompass only two atoms.
•Floods never engulf an entire continent.
•This curve encloses the same area as...
•Each colour is considered as stretching over a certain range of frequency.
•The term marine life embraces the plants and animals that drift in the open sea.
•A very broad band of wavelengths brackets most of the terrestrial infrared radiation...
•The oscillator covers (or embraces) the range 1 kc/s-10 Mc/s.
•Investigation will cover the fields of nuclear structure, reactor design and material damage.
•The mean lives... encompass a tremendous range.
•To span the same energy range a proton synchrotron would need to accelerate protons from... to...
•Oceanography encompasses the study of all aspects of the oceans.
II•The chain is wrapped on the sprocket.
Русско-английский научно-технический словарь переводчика > охватывать
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99 переходить в
•When heating is continued beyond 1403°C the gamma iron changes (or converts, or transforms) to delta iron.
•As abundance of phenocrystals increases, the rocks pass into andesite porphyry.
•Here, red light grades into infrared radiation.
•Under a linear transformation the points z1, z2, z3 go over into distinct points w1, w2, w3, and goes into .
II•The mountainous terrain gives way to a lowland area.
•The lateral bending movements give way to a more complicated cycle of motions (биол.).
•The hot material switches to a less dense form.
Русско-английский научно-технический словарь переводчика > переходить в
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100 прозрачность для
•Because of its transparency to ultraviolet and infrared radiation phosphorescent fluoride has important applications in spectroscopy.
Русско-английский научно-технический словарь переводчика > прозрачность для
См. также в других словарях:
infrared solar radiation — infraraudonoji Saulės spinduliuotė statusas T sritis fizika atitikmenys: angl. infrared solar radiation vok. infrarote Sonnenstrahlung, f; ultrarote Sonnenstrahlung, f rus. инфракрасное излучение Солнца, n pranc. rayonnement solaire infrarouge, m … Fizikos terminų žodynas
Infrared [IR] radiation — Инфракрасное излучение, ИК излучение … Краткий толковый словарь по полиграфии
Cosmic infrared background radiation — The cosmic infrared background (CIRB) is the radiation from stars in many faint galaxies. This is the light left after the removal of the infrared light from our Solar System and the Milky Way galaxy. See also * Infrared cirrus * Cosmic infrared… … Wikipedia
Infrared astronomy — is the branch of astronomy and astrophysics which deals with objects visible in infrared (IR) radiation. Visible radiation ranges from 400 nm (blue) to 700 nm (red). Longer wavelengths than 700 nm but still shorter than microwaves are called… … Wikipedia
Infrared thermometer — Infrared thermometers infer temperature using a portion of the thermal radiation sometimes called blackbody radiation emitted by the object of measurement. They are sometimes called laser thermometers if a laser is used to help aim the… … Wikipedia
Radiation poisoning — Radiation poisoning, also called radiation sickness or a creeping dose , is a form of damage to organ tissue due to excessive exposure to ionizing radiation. The term is generally used to refer to acute problems caused by a large dosage of… … Wikipedia
Infrared cirrus — are filamentary structures seen in infrared light. The name is given because the structure looks cloud like in appearance. First detected by the Infrared Astronomy Satellite at wavelengths of 60 and 100 micrometres.ee also* Cosmic infrared… … Wikipedia
Infrared sensing in snakes — The ability to sense infrared thermal radiation evolved independently in several different families of snakes. Essentially, it allows these animals to “see” radiant heat at wavelengths between 5 and 30 μm to a degree of accuracy such that a blind … Wikipedia
Infrared sauna — An infrared sauna is a sauna that heats its occupants with heaters that emit far infrared radiant heat. Unlike traditional Finnish Saunas, infrared saunas do not use steam, (which heats the air, and thereby the user) but instead use infrared… … Wikipedia
Infrared detector — An infrared detector is a photodetector that reacts to infrared (IR) radiation. The two main types of detectors are thermal and photonic.The thermal effects of the incident IR radiation can be followed through many temperature dependent phenomena … Wikipedia
Infrared lamp — Infrared lamps are electrical devices which emit infrared radiation. Infrared lamps have many uses, but are most commonly used in communication and heating.Infrared HeatingInfrared heating uses infrared lamps to transmit infrared radiation to the … Wikipedia