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1 transmitted radiation
Большой англо-русский и русско-английский словарь > transmitted radiation
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2 transmitted radiation
Англо-русский металлургический словарь > transmitted radiation
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3 transmitted radiation
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4 transmitted radiation
1) Техника: проходящее излучение2) Металлургия: пропущенное излучение -
5 transmitted radiation
Англо-русский словарь по ядерным испытаниям и горному делу > transmitted radiation
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6 transmitted radiation
физ.English-Russian scientific dictionary > transmitted radiation
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7 radiation
1) радиация
2) излучение
3) лучеиспускание
4) радиометрический
5) лучистый
6) радиационный
7) радиоизлучение
– absorb radiation
– actinic radiation
– activating radiation
– annihilation radiation
– attenuate radiation
– background radiation
– backscatter radiation
– be exposed to radiation
– beta radiation
– black-body radiation
– burst of radiation
– capture radiation
– channel radiation
– Cherenkov radiation
– coherent radiation
– continuous radiation
– cooling by radiation
– corpuscular radiation
– cyclotron radiation
– delayed radiation
– diffuse radiation
– dipole radiation
– direct radiation
– directional radiation
– downwelling radiation
– electromagnetic radiation
– emergent radiation
– emit radiation
– exciting radiation
– expose to radiation
– far infra-red radiation
– flux of radiation
– fringe radiation
– gamma radiation
– gammaa radiation
– hardness of radiation
– high-energy radiation
– impact radiation
– incident radiation
– induce radiation
– infra-red radiation
– invisible radiation
– ionizing radiation
– isotropic radiation
– laser radiation
– low-energy radiation
– luminous radiation
– maser radiation
– microwave radiation
– mixed radiation
– monofrequency radiation
– multipole radiation
– noncoherent radiation
– nuclear radiation
– omnidirectional radiation
– penetrating radiation
– pertaining to radiation
– plasma radiation
– polarize radiation
– primary radiation
– prompt radiation
– pumping radiation
– quadrupole radiation
– radiation ageing
– radiation balance
– radiation constant
– radiation cooling
– radiation counter
– radiation damage
– radiation detector
– radiation dose
– radiation efficiency
– radiation field
– radiation fog
– radiation hazard
– radiation indicator
– radiation inversion
– radiation level
– radiation method
– radiation monitor
– radiation monitoring
– radiation oxidation
– radiation path
– radiation pattern
– radiation plant
– radiation pressure
– radiation protection
– radiation pyrometer
– radiation reaction
– radiation safety
– radiation sickness
– radiation source
– radiation spectrometer
– radiation spectroscopy
– radiation temperature
– radiation transfer
– radiation vulcanizate
– radiation vulcanization
– radiation zone
– radio-frequency radiation
– radioactive radiation
– receiver radiation
– recombination radiation
– reflected radiation
– reinforce radiation
– residual radiation
– resonance radiation
– scatter radiation
– scattered radiation
– secondary radiation
– selective radiation
– short-wave radiation
– single-frequency radiation
– solar radiation
– spectral radiation
– spontaneous radiation
– steady-state radiation
– stray radiation
– strong radiation
– synchroton radiation
– terrestrial radiation
– thermal radiation
– total radiation
– transmitted radiation
– ultra-violet radiation
– upwelling radiation
– visible radiation
monochromatic radiation pyromete — пирометр частичного излучения
occupational radiation dose — профессиональная доза облучения
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8 radiation
1) излучение3) радиация || радиационный5) расселение, распространение ( живых организмов)6) лучистый, способный к излучению•- gray body radiation -
9 transmitted
1) передаваемый
2) переданный
3) посланный ∙ examine in transmitted light ≈ рассматривать в проходящем свете observation by transmitted light ≈ наблюдение в проходящем свете - by transmitted light - power is transmitted - transmitted beam - transmitted error - transmitted radiation переданныйБольшой англо-русский и русско-английский словарь > transmitted
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10 transmitted
1) передаваемый
2) переданный
3) посланный
– by transmitted light
– power is transmitted
– transmitted beam
– transmitted light
– transmitted radiation
examine in transmitted light — рассматривать в проходящем свете
observation by transmitted light — наблюдение в проходящем свете
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11 radiation
noun2) (energy transmitted) Strahlung, die3) attrib. Strahlen[therapie, -krankheit, -dosis usw.]; Strahlungs[intensität, -messgerät, -niveau usw.]* * *noun (rays of light, heat etc or of any radioactive substance.) die Ausstrahlung* * *ra·dia·tion[ˌreɪdiˈeɪʃən]n no plelectromagnetic/radioactive/ultraviolet \radiation elektromagnetische/radioaktive/ultraviolette Strahlungharmful \radiation schädliche Strahlen plmicrowave \radiation Mikrowellenstrahlen plthe \radiation of heat/energy [from sth] das Abstrahlen von Hitze/Energie [von etw dat]* * *["reIdI'eISən]n(of heat etc) (Aus)strahlung f; (= rays) radioaktive Strahlungcontaminated by or with radiation — verstrahlt, strahlenverseucht
radiation damage/injuries — Strahlenschäden pl
* * *radiation [ˌreıdıˈeıʃn] s1. PHYS Strahlung f:radiation belt Strahlungsgürtel m;radiation dose Strahlendosis f;radiation injuries Strahlenschäden;radiation level Strahlungsbelastung f;radiation protection Strahlenschutz m;a) Bestrahlungstherapie f,b) → academic.ru/60056/radiotherapy">radiotherapy a* * *noun2) (energy transmitted) Strahlung, die3) attrib. Strahlen[therapie, -krankheit, -dosis usw.]; Strahlungs[intensität, -messgerät, -niveau usw.]* * *n.Ausstrahlung f.Strahlung f. -
12 radiation intensity
English-Russian big medical dictionary > radiation intensity
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13 radiation intensity
1. интенсивность облучения2. интенсивность потока излученияThe English-Russian dictionary general scientific > radiation intensity
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14 radiation transmitted through smth
Макаров: излучение проходит через (что-л.)Универсальный англо-русский словарь > radiation transmitted through smth
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15 проходящее излучение
Большой англо-русский и русско-английский словарь > проходящее излучение
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16 detector
1) обнаружитель, устройство обнаружения; индикатор2) детектор; демодулятор3) чувствительный (воспринимающий) элемент; датчик, (первичный) измерительный преобразователь•-
acceleration detector
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acoustic emission detector
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activation detector
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adsorption detector
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air check detector
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air-to-air detector
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amplitude detector
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angle-of-attack detector
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argon detector
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arrival detector
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average detector
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balanced detector
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baseband detector
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bearing oil leak detector
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beta detector
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beta-ray detector
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brightness-signal detector
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broadband detector
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brush arc detector
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burnout detector
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burst-slug detector
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carbon monoxide detector
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catalytic combustion detector
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cathode luminescence detector
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charge detector
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chevron detector
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chroma detector
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coarse detector
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coherent detector
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combustible gas detector
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common luminance-chrominance detector
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conductometric detector
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continuous wave detector
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correlation detector
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coulometric titration detector
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coulometric detector
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course detector
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crack detector
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cross-correlation detector
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crystal detector
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destructive detector
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difference detector
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differential detector
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differential leak detector
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diffused junction detector
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diode detector
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directional detector
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discharge detector
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Doppler detector
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dosimetric detector
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drip detector
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dual-flame detector
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dust impact detector
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earth detector
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edge detector
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electromagnetic flaw detector
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electron-capture detector
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embedded temperature detector
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embrittlement detector
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envelope detector
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error detector
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excessive tension detector
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false lock detector
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fast detector
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fast-neutron detector
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fault detector
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fault-phase selection detector
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fine detector
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fire detector
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firedamp detector
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first detector
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fission detector
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flame detector
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flame-emissivity detector
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flame-ionization detector
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flaw detector
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fluorescent radiation detector
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flux detector
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flux-gate detector
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focus detector
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fog detector
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frequency difference detector
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frequency-modulation detector
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frost detector
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gamma-ray detector
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gamma-sensitive detector
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gas chromatography detector
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gas detector
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gas discharge detector
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gas-volume detector
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glow-discharge detector
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ground detector
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halide leak detector
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heat-of-adsorption detector
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helium ionization detector
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helium detector
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heterodyne detector
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holiday detector
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hot-metal detector
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hot-wheel detector
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hot-wire detector
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humidity detector
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hydrogen sulfide detector
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hydrogen-flame ionization detector
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hydrogen-flame temperature detector
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ice detector
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iceberg detector
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image detector
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imaging photon detector
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infrared cloud cover detector
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infrared detector
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infrared leak detector
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in-phase detector
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integral detector
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interfinger detector
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intrusion detector
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ion detector
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ionization detector
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knot detector
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leak detector
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leakage current detector
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level detector
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light detector
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linear detector
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liquid chromatography detector
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lithium-drifted detector
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locally optimum detector
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loop detector
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low-visibility detector
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luminance detector
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magnetic detector
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mass spectrometer-type leak detector
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mass spectrometer leak detector
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maximum-likelihood detector
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memoryless detector
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metal detector
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microchannel detector
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missing-pulse detector
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moment detector
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motion detector
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moving-coil detector
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moving-target detector
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moving-window detector
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moving-wire detector
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multilinear array detector
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narrow-band detector
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needle detector
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neutron detector
-
neutron track detector
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nitrogen detector
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noncontacting IR detector
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nondestructive detector
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nonlinear detector
-
no-sheet detector
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nuclear magnetic-resonance detector
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null detector
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optical detector
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out-of-lock detector
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particle detector
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pattern detector
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peak-to-peak detector
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peak detector
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phase detector
-
phase-frequency detector
-
phase-lock detector
-
phase-sensitive detector
-
photoconductive detector
-
photo detector
-
photo-ionization detector
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photon detector
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photoresist detector
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piezoelectric crystal detector
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pinhole detector
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pitch detector
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precipitation detector
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primary detector
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product detector
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proximity detector
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pulse detector
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pulse-envelope detector
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push-pull detector
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quadrature detector
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radiation detector
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radio interference detector
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radiometric detector
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rail flaw detector
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rain detector
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ratio detector
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recoil detector
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regenerative detector
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ringing detector
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scintillation detector
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second detector
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seismic detector
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selective detector
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sequence detector
-
sheet detector
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sign detector
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silence detector
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single-signal detector
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skid detector
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slope detector
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smoke detector
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sonic interface detector
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sound detector
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sound intermediate-frequency detector
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sound velocity detector
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spark coil detector
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speech detector
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spread spectrum detector
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square-law detector
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strip edge crack detector
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stuck point detector
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superheterodyne detector
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superregenerative detector
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supply failure detector
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synchronous detector
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temperature detector
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thermal detector
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thermal-conductivity detector
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thermal-neutron detector
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thermionic detector
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thermistor detector
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threshold detector
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tool breakage detector
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torque detector
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tracking detector
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transition detector
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transmitted electrons detector
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two-sheet detector
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ultrasonic density detector
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ultrasonic flaw detector
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ultra-violet detector
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valve detector
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vibration detector
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video detector
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voice detector
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voiced-unvoiced detector
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voltage detector
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web break detector
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wind-shear detector
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worn tool detector
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X-ray detector
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yarn detector
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zero-crossing detector -
17 Sutton, Thomas
SUBJECT AREA: Photography, film and optics[br]b. 1819 Englandd. 1875 Jersey, Channel Islands[br]English photographer and writer on photography.[br]In 1841, while studying at Cambridge, Sutton became interested in photography and tried out the current processes, daguerreotype, calotype and cyanotype among them. He subsequently settled in Jersey, where he continued his photographic studies. In 1855 he opened a photographic printing works in Jersey, in partnership with L.-D. Blanquart- Evrard, exploiting the latter's process for producing developed positive prints. He started and edited one of the first photographic periodicals, Photographic Notes, in 1856; until its cessation in 1867, his journal presented a fresher view of the world of photography than that given by its London-based rivals. He also drew up the first dictionary of photography in 1858.In 1859 Sutton designed and patented a wideangle lens in which the space between two meniscus lenses, forming parts of a sphere and sealed in a metal rim, was filled with water; the lens so formed could cover an angle of up to 120 degrees at an aperture of f12. Sutton's design was inspired by observing the images produced by the water-filled sphere of a "snowstorm" souvenir brought home from Paris! Sutton commissioned the London camera-maker Frederick Cox to make the Panoramic camera, demonstrating the first model in January 1860; it took panoramic pictures on curved glass plates 152×381 mm in size. Cox later advertised other models in a total of four sizes. In January 1861 Sutton handed over manufacture to Andrew Ross's son Thomas Ross, who produced much-improved lenses and also cameras in three sizes. Sutton then developed the first single-lens reflex camera design, patenting it on 20 August 1961: a pivoted mirror, placed at 45 degrees inside the camera, reflected the image from the lens onto a ground glass-screen set in the top of the camera for framing and focusing. When ready, the mirror was swung up out of the way to allow light to reach the plate at the back of the camera. The design was manufactured for a few years by Thomas Ross and J.H. Dallmeyer.In 1861 James Clerk Maxwell asked Sutton to prepare a series of photographs for use in his lecture "On the theory of three primary colours", to be presented at the Royal Institution in London on 17 May 1861. Maxwell required three photographs to be taken through red, green and blue filters, which were to be printed as lantern slides and projected in superimposition through three projectors. If his theory was correct, a colour reproduction of the original subject would be produced. Sutton used liquid filters: ammoniacal copper sulphate for blue, copper chloride for the green and iron sulphocyanide for the red. A fourth exposure was made through lemon-yellow glass, but was not used in the final demonstration. A tartan ribbon in a bow was used as the subject; the wet-collodion process in current use required six seconds for the blue exposure, about twice what would have been needed without the filter. After twelve minutes no trace of image was produced through the green filter, which had to be diluted to a pale green: a twelve-minute exposure then produced a serviceable negative. Eight minutes was enough to record an image through the red filter, although since the process was sensitive only to blue light, nothing at all should have been recorded. In 1961, R.M.Evans of the Kodak Research Laboratory showed that the red liquid transmitted ultraviolet radiation, and by an extraordinary coincidence many natural red dye-stuffs reflect ultraviolet. Thus the red separation was made on the basis of non-visible radiation rather than red, but the net result was correct and the projected images did give an identifiable reproduction of the original. Sutton's photographs enabled Maxwell to establish the validity of his theory and to provide the basis upon which all subsequent methods of colour photography have been founded.JW / BC -
18 mode
1) модаа) нормальный тип колебаний, собственный тип колебаний; нормальный тип волн, собственный тип волн3) способ; метод4) тип; форма ( выражения или проявления чего-либо)6) ак. лад; тональность•- π-mode- 1284 compliance mode
- 32-bit mode
- 32-bit transfer mode
- 8086 real mode
- accelerated transit mode
- accumulation-layer mode
- acoustic mode
- active mode
- address mode
- adjacent modes
- all points addressable mode
- alpha mode
- alphanumeric mode
- alternate mode
- AN mode
- analog mode
- angular dependent mode
- angular mode
- anomalous mode
- answer mode
- antiferrodistortive mode
- antiferromagnetic mode
- anti-Stokes mode
- antisymmetric mode
- APA mode
- aperiodic mode
- asymmetric mode
- asynchronous balanced mode
- asynchronous response mode
- asynchronous transfer mode
- auto-answer mode
- auto-dial mode
- avalanche mode
- axial mode
- background mode
- backward mode
- beam mode
- beam-waveguide mode
- Bi-Di mode
- bidirectional mode
- BIOS video mode
- birefringent mode
- bistable mode
- bitmap mode
- black-and-white mode
- block mode
- block-multiplex mode
- blow-up mode
- browse mode
- burst mode
- byte mode
- calculator mode
- central mode
- characteristic mode
- chat mode
- chip test mode
- CHS mode
- circle-dot mode
- circular mode
- circularly polarized mode
- circularly symmetric mode
- clockwise mode
- CMY mode
- CMYK mode
- collective modes
- color mode
- command mode
- common mode
- communications mode
- compatibility mode
- competing modes
- concert hall reverberation mode
- configuration mode
- constant-frequency mode
- contention mode
- continuous-wave mode
- contour modes
- control mode
- conversational mode
- cooked mode
- correlator mode
- counter mode
- counterclockwise mode
- coupled modes
- crossover mode
- current mode
- cutoff mode
- cw mode
- cyclotron mode
- cylinder-head-sector mode
- damped mode
- data-in mode
- data-out mode
- Debye mode
- Debye-like mode
- defocus-dash mode
- defocus-focus mode
- degenerate mode
- delayed domain mode
- depletion mode
- deposition mode
- difference mode
- differential mode
- diffusive mode
- digital mode
- dipole mode
- direct memory access transfer mode
- disk-at-once mode
- display mode
- dissymmetric mode
- DMA transfer mode
- domain mode
- dominant mode
- dot-addressable mode
- dot-dash mode
- doze mode
- draft mode
- drift mode
- ducted mode
- duotone mode
- duplex mode
- dynamic mode
- dynamic scattering mode
- E mode
- Emn mode
- ECHS mode
- ECP mode
- edge mode
- edit mode
- eigen mode
- electromagnetic mode
- elementary mode
- elliptically polarized mode
- embedded mode
- end-fire mode
- enhanced parallel port mode
- enhanced virtual 8086 mode
- enhanced virtual 86 mode
- enhancement mode
- EPP mode
- equiamplitude modes
- EV8086 mode
- EV86 mode
- evanescent mode
- even mode
- even-order mode
- even-symmetrical mode
- exchange mode
- exchange-dominated mode
- excited mode
- exciting mode
- extended capability port mode
- extended cylinder-head-sector mode
- extensional mode
- extraordinary mode
- FA mode
- face shear modes
- failure mode
- fast mode
- fast-forward mode
- ferrite-air mode
- ferrite-dielectric mode
- ferrite-guided mode
- ferrite-metal mode
- ferrodistortive mode
- ferroelectric mode
- file mode
- first mode
- FM mode
- forbidden mode
- force mode
- foreground mode
- forward mode
- forward-bias mode
- forward-propagating mode
- forward-scattered mode
- four-color mode
- four-output mode
- free-running mode
- full on mode
- fundamental mode
- gate mode
- Gaussian mode
- Goldstone mode
- graphic display mode
- graphic mode
- gray-level mode
- grayscale mode
- guided mode
- guided-wave mode
- Gunn mode
- gyromagnetic mode
- H mode
- Hmn mode
- half-duplex mode
- half-tone mode
- hard mode
- harmonic mode
- helicon mode
- Hermite-Gaussian mode
- higher mode
- higher-order mode
- HLS mode
- HSB mode
- HSV mode
- hybrid mode
- idling mode
- impact avalanche transit-time mode
- IMPATT mode
- indexed color mode
- inhibited domain mode
- initialization mode
- injection locked mode
- insert mode
- interactive mode
- internally-trapped mode
- interstitial diffusion mode
- ion-implantation channel mode
- ion-sound mode
- kernel mode
- kiosk mode
- L*a*b* mode
- landscape mode
- large disk mode
- lasing mode
- lattice mode
- laying mode
- LBA mode
- LCH mode
- leaky mode
- left-hand polarized mode
- left-handed polarized mode
- length modes
- letter mode
- LH mode
- limited space-charge accumulation mode
- line art mode
- local mode
- lock mode
- logical block addressing mode
- log-periodically coupled modes
- longitudinal mode
- loopback mode
- lowest mode
- lowest-order mode
- low-power mode
- LSA mode
- magnetic mode
- magnetodynamical mode
- magnetoelastic mode
- magnetosonic mode
- magnetostatic mode
- magnetron mode
- main mode
- masing mode
- master/slave mode
- mixed mode
- mode of excitation
- mode of operation
- modified semistatic mode
- modulated transit-time mode
- module test mode
- mono mode
- mono/stereo mode
- monopulse mode
- moving-target indication mode
- MTI mode
- multi mode
- multichannel mode
- multimode mode
- multiple sector mode
- multiplex mode
- mutual orthogonal modes
- native mode
- natural mode
- near-letter mode
- nibble mode
- nondegenerated mode
- non-privileged mode
- nonpropagating mode
- nonresonant mode
- nonuniform processional mode
- normal mode
- normal-incidence mode
- odd mode
- odd-order mode
- odd-symmetrical mode
- off mode
- off-axial mode
- off-line mode
- omni mode
- on mode
- on-line mode
- operation mode
- optical mode
- ordinary mode
- original mode
- originate mode
- orthogonal modes
- OS/2 compatible mode
- overdamped mode
- overtype mode
- packet mode
- packet transfer mode
- page mode
- parallel port FIFO mode
- parametric mode
- parasitic mode
- pedestal-current stabilized mode
- penetration mode
- persistent-current mode
- perturbated mode
- phonon mode
- pi mode
- PIO mode
- plane mode
- plane polarized mode
- plasma mode
- plasma-guide mode
- playback mode
- polarized mode
- poly mode
- portrait mode
- preferred mode
- principal mode
- privileged mode
- programmed input/output mode
- promiscuous mode
- protected mode
- protected virtual address mode
- proton mode
- pseudo-Rayleigh mode
- pseudospin mode
- pseudospin-wave mode
- pulse mode
- quadrupole mode
- quadtone mode
- quasi-degenerated mode
- quenched domain mode
- quenched multiple-domain mode
- quenched single-domain mode
- question-and-answer mode
- radial mode
- radiating mode
- radiation mode
- Raman active mode
- ranging mode
- rare mode
- raw mode
- RB mode
- read multiple mode
- read-mostly mode
- real address mode
- real mode
- real-time mode
- receive mode
- reflected mode
- reflection mode
- refracted mode
- rehearse mode
- relaxational mode
- resonant mode
- return-beam mode
- reverberation mode
- reverse-bias mode
- rewind mode
- RGB mode
- RH mode
- rho-rho mode
- right-hand polarized mode
- right-handed polarized mode
- safe mode
- saturated-off mode of operation
- saturation mode
- saving mode
- scan mode
- search mode
- secondary-emission pedestal mode
- second-breakdown mode
- self-localized mode
- self-locked mode
- semistatic mode
- shear mode
- shutdown mode
- side modes
- simplex mode
- single mode
- single-vortex cycle mode
- slave mode
- sleep mode
- slow mode
- small room reverberation mode
- soft mode
- softened mode
- sorcerer's apprentice mode
- space-charge feedback mode
- space-charge mode
- spatially orthogonal modes
- special fully nested mode
- spiking mode
- spin mode
- spin-wave mode
- SPP mode
- spurious mode
- spurious pulse mode
- stable mode
- stable-negative-resistance mode
- standard parallel port mode - stationary mode
- Stokes mode
- stop clock mode
- stop mode
- stream mode
- subharmonic mode
- substitutional-diffusion mode
- subsurface mode
- sum mode
- superradiant mode
- supervisor mode
- surface skimming mode
- surface-wave mode
- suspend mode
- SVGA mode
- switching mode
- symmetric mode
- symmetry breaking mode
- symmetry restoring mode
- system management mode
- system test mode
- Tmnp wave resonant mode
- task mode
- TE mode
- TEmnp wave resonant mode
- tearing mode
- telegraph mode
- TEM mode
- terminal mode
- test mode
- text mode
- thermal mode
- thickness modes
- three-color mode
- through mode
- time-difference mode
- time-sharing mode
- TM mode
- TMmnp wave resonant mode
- torsional modes
- total-internal reflection mode
- track-at-once mode
- transfer mode
- transient mode
- transit-time domain mode
- transit-time mode
- transmission mode
- transmitted mode
- transmitting mode
- transverse electric mode
- transverse electromagnetic mode
- transverse magnetic mode
- transverse mode
- transversely polarized mode
- transverse-symmetrical mode
- TRAPATT mode
- trapped mode
- trapped plasma avalanche transit-time mode
- trapped-domain mode
- traveling space-charge mode
- traveling-wave mode
- tristate test mode
- tritone mode
- truncated mode
- twist mode
- twisted nematic mode
- TXT mode
- typeover mode
- uncoupled modes
- undamped mode
- underdamped mode
- unguided mode
- unidirectional mode
- unilateral mode
- unperturbed mode
- unreal mode
- unstable mode
- unwanted mode
- user mode
- V8086 mode
- V86 mode
- VGA mode
- vibration mode
- video mode
- virtual 8086 mode
- virtual 86 mode
- virtual real mode
- volume magnetostatic mode
- wait for key mode
- waiting mode
- Walker mode
- walk-off mode
- wave mode
- waveguide mode
- whispering-gallery mode
- whistler mode
- width modes
- write mode
- write multiple mode
- zero-frequency mode
- zero-order modeThe New English-Russian Dictionary of Radio-electronics > mode
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19 rnethod
метод, способamplitude (comparison) radio direction finding rnethod — амплитудный метод радиопеленгации (измерением амплитуд принимаемых сигналов)
battlebook calculus (operations simulation) rnethod — метод моделирования боевых операций (по перечню основных операционных принципов)
fording rnethod for (water obstacle) crossing — форсирование водной преграды с переправой (машин) вброд
graphic traverse rnethod of obtaining (position) coordinates — полигонометрический метод определения координат (ОП)
one-man, one-sight rnethod — способ наводки (орудия) одним наводчиком с одним прицелом
two-men, two-sights rnethod — способ наводки (орудия) взаимным визированием (двумя наводчиками с двумя прицелами)
visual (nuclear) damage estimation rnethod — визуальный метод определения вероятного поражения цели при ЯУ
— clock face rnethod— two-station observation rnethod -
20 light
1. свет; освещение; светить; освещать2. лампа; фонарь; осветитель; осветительное устройствоartificial light — искусственный свет; искусственное освещение
back light — задний свет; проходящий свет
3. ультрафиолетовое излучение, УФ-излучение4. инфракрасное излучение, ИК-излучение; невидимое излучениеcold light — «холодный» свет
5. окрашенный свет6. цветной осветитель, осветитель, дающий окрашенное излучениеconcentrated light — направленный свет; направленное освещение
daylight quality light — свет, соответствующий по составу дневному
exposing light — свет для экспозиции; общий свет
light installation — осветитель, осветительная установка
7. мигающий свет; импульсное освещение8. лампа-вспышка9. «жёсткое» освещение10. прибор «жёсткого» освещенияhead-on light — прямое освещение, освещение направленным светом
11. светлый участок, высокие света12. световое пятно13. боковой светhard light — фото, кино «жёсткий» свет
14. прибор бокового освещенияinfrared light — инфракрасное излучение, ИК-излучение
parallel light — направленный свет; направленное освещение
15. импульсное освещение16. импульсный осветитель17. безопасное освещениеelectric light — электричество, электрическое освещение
18. фотолабораторный фонарь, фонарь для тёмной комнатыsoft light — мягкий свет; мягкое освещение
stray light — «паразитный» свет
transmitted light — проходящий свет, свет, прошедший через материал
ultraviolet light — ультрафиолетовое излучение, УФ-излучение
a good light for reading — свет, удобный для чтения
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