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81 hf
1) Общая лексика: hum. сокр. Human Furnace2) Компьютерная техника: Header File3) Авиация: high frequency, ДКМВ (радиодиапазон)4) Медицина: heart failure (сердечная недостаточность), hip fracture (перелом бедренной кости)5) Спорт: Hall Of Fame, Head First, Hockey's Future6) Военный термин: Heavy Fragments, Home Fleet, Home Forces, Hydrogen Fluoride, harassing fire, hazard function, heightfinder, heightfindihg, hold fire, home front, human factors, высокая ( от З до 30 МГц) частота7) Техника: Hartree-Fock (approximation), hand filling, haze filter, height-finder radar, history file, holding fix, human failure, hydrogen-fluorine laser8) Сельское хозяйство: heat of fermentation9) Химия: Hartree And Fock, Heat Flux, High Fluorocarbon10) Религия: Heavenly Faith11) Юридический термин: Harlems Finest12) Радио: Hands Free13) Телекоммуникации: громкая связь (handsfree)14) Сокращение: High Fantasy, High Frequency (3 - 30 MHz), Hydrogen Fluoride (laser), holding fixture, human factor15) Университет: Home Fellowships16) Физика: Hartree Fock, High Flange, Hybrid Feeder17) Физиология: Hay fever, Heart Failure, Homotopy Functor18) Электроника: High Fidelity, Hydrofluoric acid19) Вычислительная техника: high-flexible, High Frequency (3-30MHz), Have Fun (DFUE-Slang, Usenet, IRC)20) Нефть: интенсивность отказов (hazard of failure), плавиковая кислота (hydrofluoric acid)21) Стоматология: Hounsfield units22) Биохимия: Hyperfine23) Онкология: Hair Follicle24) Космонавтика: КВ, высокая частота, короткие волны25) Транспорт: High Fuel26) Фирменный знак: Hancock Fabrics, Home Finder, Honeywell Florida27) Холодильная техника: heat factor28) Экология: фтористоводородная кислота, фтористый водород29) Глоссарий компании Сахалин Энерджи: hot finished, high frequency (radio)30) Полимеры: high flow31) Контроль качества: hazard of failure32) Гидравлика: гидравлическая жидкость (hidraulic fluid)33) Авиационная медицина: heading forward34) Макаров: height finder, height finding, high frequencies, (high frequencies)(not to be confused with the h.f. end of a range or the frequencies radiated) высокие радиочастоты (часть общего спектра радиочастот; не путать с высокой частотой диапазона или с излучаемой высокой частотой; 3-30 МГц; вч), (high frequencies)(not to be confused with the h.f. end of a range or the frequencies radiated) вч (часть общего спектра радиочастот; не путать с высокой частотой диапазона или с излучаемой высокой частотой; 3-30 МГц; высокие радиочастоты)35) Нефть и газ: ЧФ, человеческие факторы36) Имена и фамилии: Henry Fuller37) Общественная организация: Hearing Foundation, Hepatitis Foundation38) Чат: Have Fun39) NYSE. Heller Financial, Inc.40) Хобби: Hand Finished41) Зубная имплантология: шкала Хаунсфилда (плотности костной ткани), Hounsfield unit, единица Хаунсфилда -
82 laser
1. лазер, квантовый усилитель [генератор света]2. оптический квантовый генератор (abbrev ОКГ)argon laser — аргоновый лазер
argon-ion laser — ионный аргоновый лазер
carbon-dioxide laser — лазер на двуокиси углерода
carbon-monoxide laser — лазер на моноокиси углерода
chelate laser — лазер на хелатах
chemical laser — химический лазер
crystal laser — лазер на кристаллах
doped-glass laser — лазер на легированном стекле
dye laser — лазер на красителях [красках]
erbium-doped glass laser — лазер на стекле с присадкой эрбия
fiber laser — волокнистый [волоконный] лазер
gallium-aluminum-arsenide laser — лазер на алюминиево-галлиевом арсениде
gallium-arsenide laser — лазер на арсениде галлия
gas laser — газовый лазер
glass laser — лазер на стекле, стеклянный лазер
helium-cadmium laser — гелиево-кадмиевый лазер
helium-neon laser — гелиево-неоновый лазер
helium-neon-cadmium laser — лазер на гелии-неоне-кадмии
hydrogen-fluoride laser — лазер на фториде водорода
infrared dye laser — лазер на инфракрасных красителях
inorganic dye laser — лазер на неорганических красителях
liquid laser — жидкостный лазер, лазер на жидкости
magneto-optical laser — магнитооптический лазер
molecular hydrogen laser — молекулярный водородный лазер
neodymium laser — неодимовый лазер
neodymium-glass laser — лазер на неодимовом стекле
neodimium YAG laser — лазер на неодим-алюминиево-иттриевом гранате
neon-xenon gas laser — неоново-ксеноновый газовый лазер
organic dye laser — лазер на органических красителях
polycrystalline laser — лазер на поликристалле
pulsed solid-state laser — импульсный лазер на твёрдом теле
pulsing hydrogen laser — импульсный водородный лазер
ruby laser — лазер на рубине, рубиновый лазер
solid-state laser — кристаллический [твёрдотельный] лазер, лазер на твёрдом теле
YAG laser — лазер на алюминиево-иттриевом гранате
yttrium-aluminum garnet laser — лазер на алюминиево-иттриевом гранате
English-Russian dictionary of aviation and space materials > laser
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83 HF/DF
1) Военный термин: high-frequency direction finder, high-frequency direction finding2) Сокращение: Hydrogen Fluoride/Deuterium Fluoride (laser) -
84 Moissan, Ferdinand-Frédéric-Henri
SUBJECT AREA: Chemical technology[br]b. 28 September 1852 Paris, Franced. 20 February 1907 Paris, France[br]French chemist, the first to isolate fluorine, and a pioneer in high-temperature technology.[br]His family, of modest means, moved in 1864 to Meaux, where he attended the municipal college; he returned to Paris before completing his education and apprenticed himself to a pharmacist. In 1872 he began work as a laboratory assistant at the Musée d'Histoire Naturelle, while continuing studies in chemistry. He qualified as a pharmacist at the Ecole Supérieure de Pharmacie in 1879, and by this time he had decided that his main interest was inorganic chemistry. His early investigations concerned the oxides of iron and related metals; his work attracted the favourable attention of Sainte-Claire Deville and was the subject of his doctoral thesis. In 1882 Moissan married Leonie Lugan, whose father provided generous financial support, enabling him to pursue his researches with greater freedom and security. He became, successively, Professor of Toxicology at the Ecole in 1886 and of Inorganic Chemistry in 1899. In 1884 Moissan began both his investigation of the compounds of fluorine and his attempts to isolate the highly reactive element itself. Previous attempts by chemists had ended in failure and sometimes injury. Moissan's health, too, was affected, but in June 1886 he succeeded in isolating fluorine by electrolysing potassium fluoride in hydrogen fluoride at −50°C (−58°F) in platinum apparatus. He was then able to prepare further compounds of fluorine, some of technological importance, such as carbon tetrafluoride. At the same time, Moissan turned his attention to the making of artificial diamonds. To achieve this, he devised his celebrated electric-arc furnace; this was first demonstrated in December 1892 and consisted of two lime blocks placed one above the other, with a cavity for a crucible and two grooves for carbon electrodes, and could attain a temperature of 3,500°C (6,332°F). It seemed at first that he had succeeded in making diamonds, but this attempt is now regarded as a failure. Nevertheless, with the aid of his furnace he was able to produce and study many substances of technological importance, including refractory oxides, borides and carbides, and such metals as manganese, chromium, uranium, tungsten, vanadium, molybdenum, titanium and zirconium; many of these materials had useful applications in the chemical and metallurgical industries (e.g. calcium carbide became the main source of acetylene).[br]Principal Honours and DistinctionsNobel Prize in Chemistry 1906.BibliographyThere are several listings of his more than 300 publications, such as Lebeau, cited below. Major works are Le Four électrique (1897, Paris) and Le Fluor et ses composés (1900, Paris).Further ReadingCentenaire de l'Ecole supérieure de pharmacie de l'Université de Paris 1803–1903,1904, Paris, pp. 249–57.B.Harrow, 1927, Eminent Chemists of Our Time, 2nd edn, New York, pp. 135–54, 374– 88.P.Lebeau, 1908, "Notice sur la vie et les travaux de Henri Moissan", Bulletin Soc. chim. de France (4 ser.) 3:i–xxxviii.LRDBiographical history of technology > Moissan, Ferdinand-Frédéric-Henri
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85 фтористый водород
Большой англо-русский и русско-английский словарь > фтористый водород
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86 alkylation
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acid alkylation
- hydrogen fluoride alkylation -
sulfuric acid alkylation -
87 extraction
1) экстракция, экстрагирование, извлечение; приготовление вытяжки2) выделение3) отжим, центрифугирование5) (регулируемый) отбор ( пара)6) выход руды ( из горной массы)7) выход металла ( из руды)8) выход муки ( при помоле)•-
acid extraction
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batch extraction
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beam extraction
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carrier extraction
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clock extraction
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coal extraction
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complete coal extraction
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continuous extraction
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core extraction
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countercurrent extraction
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data extraction
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edge extraction
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electrolytic extraction
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extraction of energy
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feature extraction
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formant extraction
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fractional extraction
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full-seam extraction
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fume extraction
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heat extraction
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hydrogen fluoride extraction
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liquid extraction
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mandrel extraction
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multiple-bath extraction
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parametric extraction
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partial extraction
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pillar extraction
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signal extraction
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single-batch extraction
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solvent extraction
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steam extraction
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supercritical gas solvent extraction
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tar extraction
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timing extraction
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total extraction
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water extraction -
88 HFL
1) Сокращение: Hydrogen Fluoride Laser2) Электроника: High Frequency Laser3) Нефть и газ: high pressure flare -
89 HF chemical laser
Макаров: (hydrogen fluoride chemical laser) химический лазер на фтористом водороде -
90 nickelous
1. никель (2. содержащий двухвалентный никельThe English-Russian dictionary general scientific > nickelous
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91 laser
лазер || лазерный- laser with dynamic liquid crystal mirrors
- acidic umbelliferone laser
- acoustooptically-tuned laser
- acquisition laser
- active infrared detection laser
- actively mode-locked laser
- actively Q-switched laser
- alignment laser
- alkali-halide laser
- alpha-particle laser
- amorphous laser
- amplitude stabilized laser
- anisotropic laser
- anorganic vapor laser
- antisubmarine laser
- Ar laser
- arc-driven laser
- arc-excited laser
- argon laser
- atmospheric pressure laser
- atomic laser
- atomic-beam laser
- Au vapor laser
- avalanche injection laser
- axially excited laser
- beam-expanded laser
- BH injection laser
- bidirectional laser
- bistable laser
- black-body laser
- black-body pumped laser
- blue laser
- Bragg laser
- Brewster-angled laser
- bromine vapor laser
- Br vapor laser
- bulk ionized laser
- buried-heterostructure injection laser
- butt-coupled laser
- C-laser
- Ca laser
- cadmium selenide laser
- cadmium sulfide laser
- cadmium vapor laser
- calcium vapor laser
- carbazine laser
- carbon dioxide laser
- carbon monoxide laser
- carbon vapor laser
- carbopyronine laser
- cascade laser
- cataphoresis pumping laser
- cavity laser
- Cd laser
- ceramic laser
- chain-reaction laser
- chelate laser
- chemical laser
- chemically excited laser
- chemically pumped laser
- chemical transfer laser
- chirped laser
- chlorine laser
- circular ring laser
- circulated-liquid laser
- Cl laser
- close-confinement laser
- closed-cycle laser
- CO laser
- CO2 laser
- coaxial laser
- coaxial-flow laser
- color-center laser
- combustion laser
- combustion powered laser
- composite-rod laser
- Compton laser
- condensed-phase laser
- confined-phase laser
- confocal laser
- CO2+N2+He laser
- continuously operated ruby laser
- continuously pumped laser
- continuously running laser
- continuous-wave laser
- convectively-cooled laser
- copper iodide laser
- copper vapor laser
- corner-cube laser
- coumarin laser
- coupled-cavity laser
- cross-beam laser
- cross-discharge laser
- cross-field laser
- cross-pumped laser
- cryogenic laser
- crystalline laser
- Cu laser
- CW laser
- dc-excited laser
- deflection laser
- deuterium fluoride laser
- DFB laser
- dielectric gas laser
- dielectric solid-state laser
- diffraction-limited laser
- diffraction-stabilized laser
- diffused laser
- diffusion-cooled laser
- dimer laser
- diode laser
- diode-pumped laser
- direct-gap injection laser
- directly modulated laser
- disk laser
- distributed laser
- distributed-feedback laser
- double-beam laser
- double-discharge laser
- double-frequency laser
- double-heterojunction laser
- double-heterostructure laser
- double-injection laser
- double-mode laser
- double-pulse laser
- double-quantum laser
- doubly mode-locked laser
- dual laser
- dye laser
- dye-doped polymethylmethacrylate laser
- E-beam-controlled laser
- E-beam-pumped laser
- electrically excited laser
- electric-discharge laser
- electroionization laser
- electron-beam laser
- electron-beam-excited laser
- electron-beam-initiated laser
- electron-beam plasma laser
- electron-beam-pumped laser
- electron-beam-stabilized laser
- electron-beam-triggering laser
- electron-collisionally excited ionic laser
- electronic transition laser
- electronic-vibrational transition laser
- electrooptically tuned laser
- ELION laser
- end-pumped laser
- epitaxial laser
- epitaxial-grown laser
- equilateral triangular laser
- erasing laser
- erbium-glass laser
- evanescent-field-pumped laser
- evanescent-wave-pumped laser
- excimer laser
- excited-state dimer laser
- exciting laser
- exciton laser
- explosion laser
- explosively pumped laser
- externally excited laser
- external-mirror laser
- extrinsically tuned laser
- face-pumped laser
- far-infrared laser
- far-ultraviolet laser
- fast-flowing laser
- feedback laser
- fiber laser
- fiber-tailed laser
- fixed-frequency laser
- flame laser
- flashlamp-pumped laser
- flowing gas laser
- flowing molecular laser
- four-level laser
- free-electron laser
- free-running laser
- frequency-controlled laser
- frequency-doubled laser
- frequency-modulated laser
- frequency-multiplied laser
- frequency-tuned laser
- fundamental-mode laser
- Ga-As laser
- gain-guided laser
- gain-switched laser - gamma-ray laser
- gas laser
- gas-discharge laser - gold vapor laser
- grating-controlled laser
- grating-coupled laser
- green laser
- green argon laser
- HCI vibrational-rotational laser
- heat-pumped laser
- heavy doped laser
- helium-iodine laser
- helium-krypton laser
- helium-xenon laser
- He-Ne laser
- heterojunction laser
- heterostructure laser
- heterostructure injection laser
- Hg laser
- high-current ion laser
- high-energy laser
- high-gain laser
- high-intensity laser
- highly coherent laser
- high-power laser
- high-pressure laser
- high-repetition-rate laser
- hollow-cathode laser
- holmium glass laser
- homogeneously broadened laser
- homogeneously pumped laser
- homojunction laser
- homostructure laser
- hybrid laser
- hydrogen laser
- hydrogen halide laser
- I-laser
- illuminating laser
- incoherently pumped laser
- index-guided laser
- indirect-gap injection laser - inhomogeneously pumped laser
- initiated laser
- initiating laser
- injection laser
- injection-locking laser
- injection-plasma laser
- inorganic-liquid laser
- integral compact glass laser
- internal-mirror laser
- intracavity modulated laser
- iodine laser
- ion laser
- ionization-assisted gas laser
- ionized laser
- IR laser
- Javan's laser
- junction laser
- Kerr-cell switched laser
- Kr laser
- krypton laser
- Lamb-dip stabilized laser
- large-aperture laser
- large-optical-cavity laser
- laser-pumped laser
- layered laser
- lead selenide laser
- lead sulfide laser
- lead telluride laser
- lead tin telluride laser
- lead vapor laser
- light-emitting-diode pumped laser
- light-pumped laser
- liquid laser
- liquid-dye laser
- LOC laser
- longitudinal-flow laser
- longitudinal-pumped laser
- long-wavelength laser
- low-power laser
- low-pressure laser
- low-threshold laser
- magnetically confined ion gas laser
- magnetohydrodynamic laser
- magnetooptical laser
- manganese vapor laser
- many-element laser
- mass-transport buried heterostructure laser
- master laser
- mercury vapor laser
- mesa laser
- metal vapor laser
- MHD laser
- microwave-pumped laser
- millimeter laser
- millimeter-wave laser
- mirror-angle tuned laser
- mirrorless laser
- Mn vapor laser
- mode-controlled laser
- mode-coupled laser
- mode-limited laser
- mode-locked laser
- mode-selected laser
- molecular laser
- molecular nitrogen discharge laser
- MTBH laser
- multicolor laser
- multifrequency laser
- multiline laser
- multilongitudinal-mode laser
- multimodal laser
- multimode laser
- multiphoton laser
- multiple-dye laser
- multiple-pulse laser
- multiple quantum-well laser
- multiple-wavelength laser
- multiprism laser
- mutually pumped injection laser
- Nd-doped yttrium-aluminum-garnet laser
- Nd-glass laser
- Nd-YAG laser
- Ne laser
- near-IR laser
- neodymium-doped phosphorous chloride laser
- neodymium glass laser
- neodymium liquid laser
- neodymium-selenium oxychloride laser
- neodymium-ytterbium glass laser
- neodymium-yttrium-erbium glass laser
- neon laser
- neutral gas laser
- nitrogen laser
- nitrogen-carbon dioxide laser
- noble-gas laser
- noncavity laser
- nonmode-selected laser
- nonspiking laser
- nuclear laser
- nuclear-charged self-sustaining laser
- nuclear-pumped laser
- nuclear γ-laser
- O-laser
- optical-avalanche laser
- optical fiber laser
- optically pumped laser
- organic laser
- organic-dye laser
- overtone laser
- oxazine laser
- oxygen laser
- P-laser
- parallel-plate laser
- passively mode-locked laser
- passively Q-switched laser
- Pb ion laser
- phase-conjugate -laser
- phase-locked laser
- phosphorous vapor laser
- photochemical laser
- photodissociation laser
- photoexcitation laser
- photoinitiated laser
- photoionization laser
- photoionized laser
- photorecombination laser
- pigtailed laser
- pinched-plasma laser
- pink-ruby laser
- planar stripe laser
- plane-resonator laser
- plasma laser
- p-n laser
- p-n junction laser
- polycrystalline laser
- positive-column-discharge laser
- potassium bromide laser
- p-p-n-n laser
- preionization laser
- preionized laser
- premixed chemical laser
- pressure-tuned laser
- prism dye laser
- prism-tuned laser
- PS laser
- pulsed laser
- pulsed electrical laser
- pulsed ruby laser
- pulsed water-vapor laser
- pulse-initiated chemical laser
- pumped laser
- pumping laser
- pyrotechnically pumped laser
- Q-spoiled laser
- Q-switched laser
- Q-switching laser
- quantum-well laser
- quartz laser
- quasi-continuous laser
- radial-discharge laser
- Raman laser
- rare-earth chelate laser
- rare-gas electrical-discharge laser
- reading laser
- recombination laser
- red laser
- regularly pulsing laser
- repetitively pumped laser
- resonanit laser
- RF excited laser
- rhodamine laser
- rhodamine 6G-laser
- Ridley-Watkins-Hillsum-mechanism laser
- ring laser
- roof-top ruby laser
- rotation laser
- ruby laser
- RWH-mechanism laser
- S-laser
- scan laser
- SCH laser
- sealed-off laser
- selenium vapor laser
- self-contained laser
- self-focusing laser
- self-locked laser
- self-mode-locking laser
- self-Q-switching laser
- self-starting laser
- self-sustained laser
- self-terminating laser
- self-tuned laser
- semiconductor laser
- separate-confinement heterostructure laser
- shock-tube laser
- shock-wave pumped laser
- short-pulsed laser
- Si laser
- silicon vapor laser
- single-frequency laser
- single-heterojunction laser
- single-heterostructure laser
- single-longitudinal-mode laser
- single-mode laser
- single-mode pumped laser
- single-shot pumped laser
- single-wavelength laser
- slave laser
- SLM laser
- slotted cathode laser
- slow-flowing laser
- software laser
- solar-pumped laser
- solid laser
- solid-dye laser
- solid rare-earth ion laser
- solid-state laser
- spikeless laser
- spiking laser
- spin-flip laser
- Sr laser
- storage laser
- storage-ring laser
- streamer laser
- stripe laser
- stripe-geometry laser
- strontium vapor laser
- submillimeter laser
- subsonic-flow laser
- sulfur-hexafluoride laser
- sulfur-vapor laser
- sun-pumped laser
- superlattice laser
- superluminescent laser
- superpower laser
- superradiant laser
- superradiative laser
- supersonic laser
- synchronously-pumped laser
- TEA laser
- telescopic-resonator laser
- temperature-controlled laser
- thallium vapor laser
- thermally controlled laser
- thermally excited laser
- thermally pumped laser
- thick-cavity junction laser
- thin-film laser
- thin-film diode laser
- three-level laser
- tin vapor laser
- tracking laser
- transfer chemical laser
- transverse electrically initiated laser
- transverse-excitation atmospheric laser
- transverse-excitation atmospheric pressure laser
- transverse-flow laser
- transverse-flow mixing laser
- traveling-wave laser
- triode laser
- tunable laser
- tunable diode laser
- tunnel laser
- tunnel-injection laser
- two-frequency laser
- two-isotope active medium laser
- two-photon pumped laser
- ultraviolet laser
- uncontrolled laser
- unidirectional laser
- unimodal laser
- unstable-resonator laser
- UV laser
- vacuum-ultraviolet laser
- variable pulse-length laser
- variable-wavelength laser
- vernier interferometric laser
- vibrational-rotation laser
- vibrational-transition laser
- visible laser
- VUV laser
- waveguide laser
- waveguide-pumping laser
- writing laser
- Xe laser
- xenon ion laser
- X-ray laser
- ytterbium glass laser
- Zeeman laser
- zero-order-mode laser
- zinc oxide laser
- zinc-oxide nanowire laser
- zinc sulfide laser
- zinc vapor laser
- Zn laser -
92 laser
лазер || лазерный- acoustooptically-tuned laser
- acquisition laser
- active infrared detection laser
- actively mode-locked laser
- actively Q-switched laser
- alignment laser
- alkali-halide laser
- alpha-particle laser
- amorphous laser
- amplitude stabilized laser
- anisotropic laser
- anorganic vapor laser
- antisubmarine laser
- Ar laser
- arc-driven laser
- arc-excited laser
- argon laser
- atmospheric pressure laser
- atomic laser
- atomic-beam laser
- Au vapor laser
- avalanche injection laser
- axially excited laser
- beam-expanded laser
- BH injection laser
- bidirectional laser
- bistable laser
- black-body laser
- black-body pumped laser
- blue laser
- Br vapor laser
- Bragg laser
- Brewster-angled laser
- bromine vapor laser
- bulk ionized laser
- buried-heterostructure injection laser
- butt-coupled laser
- C laser
- Ca laser
- cadmium selenide laser
- cadmium sulfide laser
- cadmium vapor laser
- calcium vapor laser
- carbazine laser
- carbon dioxide laser
- carbon monoxide laser
- carbon vapor laser
- carbopyronine laser
- cascade laser
- cataphoresis pumping laser
- cavity laser
- Cd laser
- ceramic laser
- chain-reaction laser
- chelate laser
- chemical laser
- chemical transfer laser
- chemically excited laser
- chemically pumped laser
- chirped laser
- chlorine laser
- circular ring laser
- circulated-liquid laser
- Cl laser
- close-confinement laser
- closed-cycle laser
- CO laser
- CO2 + N2 + He laser
- CO2 laser
- coaxial laser
- coaxial-flow laser
- color-center laser
- combustion laser
- combustion powered laser
- composite-rod laser
- Compton laser
- condensed-phase laser
- confined-phase laser
- confocal laser
- continuously operated ruby laser
- continuously pumped laser
- continuously running laser
- continuous-wave laser
- convectively-cooled laser
- copper iodide laser
- copper vapor laser
- corner-cube laser
- coumarin laser
- coupled-cavity laser
- cross-beam laser
- cross-discharge laser
- cross-field laser
- cross-pumped laser
- cryogenic laser
- crystalline laser
- Cu laser
- CW laser
- dc-excited laser
- deflection laser
- deuterium fluoride laser
- DFB laser
- dielectric gas laser
- dielectric solid-state laser
- diffraction-limited laser
- diffraction-stabilized laser
- diffused laser
- diffusion-cooled laser
- dimer laser
- diode laser
- diode-pumped laser
- direct-gap injection laser
- directly modulated laser
- disk laser
- distributed laser
- distributed-feedback laser
- double-beam laser
- double-discharge laser
- double-frequency laser
- double-heterojunction laser
- double-heterostructure laser
- double-injection laser
- double-mode laser
- double-pulse laser
- double-quantum laser
- doubly mode-locked laser
- dual laser
- dye laser
- dye-doped polymethylmethacrylate laser
- E-beam-controlled laser
- E-beam-pumped laser
- electrically excited laser
- electric-discharge laser
- electroionization laser
- electron-beam laser
- electron-beam plasma laser
- electron-beam-excited laser
- electron-beam-initiated laser
- electron-beam-pumped laser
- electron-beam-stabilized laser
- electron-beam-triggering laser
- electron-collisionally excited ionic laser
- electronic transition laser
- electronic-vibrational transition laser
- electrooptically tuned laser
- ELION laser
- end-pumped laser
- epitaxial laser
- epitaxial-grown laser
- equilateral triangular laser
- erasing laser
- erbium-glass laser
- evanescent-field-pumped laser
- evanescent-wave-pumped laser
- excimer laser
- excited-state dimer laser
- exciting laser
- exciton laser
- explosion laser
- explosively pumped laser
- externally excited laser
- external-mirror laser
- extrinsically tuned laser
- face-pumped laser
- far-infrared laser
- far-ultraviolet laser
- fast-flowing laser
- feedback laser
- fiber laser
- fiber-tailed laser
- fixed-frequency laser
- flame laser
- flashlamp-pumped laser
- flowing gas laser
- flowing molecular laser
- four-level laser
- free-electron laser
- free-running laser
- frequency-controlled laser
- frequency-doubled laser
- frequency-modulated laser
- frequency-multiplied laser
- frequency-tuned laser
- fundamental-mode laser
- Ga-As laser
- gain-guided laser
- gain-switched laser
- gallium arsenide laser
- gallium nitride laser
- gamma-ray laser
- gas laser
- gas-discharge laser
- gas-dynamic laser
- giant-pulse laser
- giant-pulse ruby laser
- glass laser
- gold vapor laser
- grating-controlled laser
- grating-coupled laser
- green argon laser
- green laser
- HCI vibrational-rotational laser
- heat-pumped laser
- heavy doped laser
- helium-iodine laser
- helium-krypton laser
- helium-xenon laser
- He-Ne laser
- heterojunction laser
- heterostructure injection laser
- heterostructure laser
- Hg laser
- high-current ion laser
- high-energy laser
- high-gain laser
- high-intensity laser
- highly coherent laser
- high-power laser
- high-pressure laser
- high-repetition-rate laser
- hollow-cathode laser
- holmium glass laser
- homogeneously broadened laser
- homogeneously pumped laser
- homojunction laser
- homostructure laser
- hybrid laser
- hydrogen halide laser
- hydrogen laser
- I laser
- illuminating laser
- incoherently pumped laser
- index-guided laser
- indirect-gap injection laser
- infrared laser
- inhomogeneously broadened laser
- inhomogeneously pumped laser
- initiated laser
- initiating laser
- injection laser
- injection-locking laser
- injection-plasma laser
- inorganic-liquid laser
- integral compact glass laser
- internal-mirror laser
- intracavity modulated laser
- iodine laser
- ion laser
- ionization-assisted gas laser
- ionized laser
- IR laser
- Javan's laser
- junction laser
- Kerr-cell switched laser
- Kr laser
- krypton laser
- Lamb-dip stabilized laser
- large-aperture laser
- large-optical-cavity laser
- laser on supersonic jet
- laser with dynamic liquid crystal mirrors
- laser-pumped laser
- layered laser
- lead selenide laser
- lead sulfide laser
- lead telluride laser
- lead tin telluride laser
- lead vapor laser
- light-emitting-diode pumped laser
- light-pumped laser
- liquid laser
- liquid-dye laser
- LOC laser
- longitudinal-flow laser
- longitudinal-pumped laser
- long-wavelength laser
- low-power laser
- low-pressure laser
- low-threshold laser
- magnetically confined ion gas laser
- magnetohydrodynamic laser
- magnetooptical laser
- manganese vapor laser
- many-element laser
- mass-transport buried heterostructure laser
- master laser
- mercury vapor laser
- mesa laser
- metal vapor laser
- MHD laser
- microwave-pumped laser
- millimeter laser
- millimeter-wave laser
- mirror-angle tuned laser
- mirrorless laser
- Mn vapor laser
- mode-controlled laser
- mode-coupled laser
- mode-limited laser
- mode-locked laser
- mode-selected laser
- molecular laser
- molecular nitrogen discharge laser
- MTBH laser
- multicolor laser
- multifrequency laser
- multiline laser
- multilongitudinal-mode laser
- multimodal laser
- multimode laser
- multiphoton laser
- multiple quantum-well laser
- multiple-dye laser
- multiple-pulse laser
- multiple-wavelength laser
- multiprism laser
- mutually pumped injection laser
- Nd-doped yttrium-aluminum-garnet laser
- Nd-glass laser
- Nd-YAG laser
- Ne laser
- near-IR laser
- neodymium glass laser
- neodymium liquid laser
- neodymium-doped phosphorous chloride laser
- neodymium-selenium oxychloride laser
- neodymium-ytterbium glass laser
- neodymium-yttrium-erbium glass laser
- neon laser
- neutral gas laser
- nitrogen laser
- nitrogen-carbon dioxide laser
- noble-gas laser
- noncavity laser
- nonmode-selected laser
- nonspiking laser
- nuclear γ laser
- nuclear laser
- nuclear-charged self-sustaining laser
- nuclear-pumped laser
- O laser
- optical fiber laser
- optical-avalanche laser
- optically pumped laser
- organic laser
- organic-dye laser
- overtone laser
- oxazine laser
- oxygen laser
- P laser
- parallel-plate laser
- passively mode-locked laser
- passively Q-switched laser
- Pb ion laser
- phase-conjugate-laser
- phase-locked-laser
- phosphorous vapor laser
- photochemical laser
- photodissociation laser
- photoexcitation laser
- photoinitiated laser
- photoionization laser
- photoionized laser
- photorecombination laser
- pigtailed laser
- pinched-plasma laser
- pink-ruby laser
- planar stripe laser
- plane-resonator laser
- plasma laser
- p-n junction laser
- p-n laser
- polycrystalline laser
- positive-column-discharge laser
- potassium bromide laser
- p-p-n-n laser
- preionization laser
- preionized laser
- premixed chemical laser
- pressure-tuned laser
- prism dye laser
- prism-tuned laser
- PS laser
- pulsed electrical laser
- pulsed laser
- pulsed ruby laser
- pulsed water-vapor laser
- pulse-initiated chemical laser
- pumped laser
- pumping laser
- pyrotechnically pumped laser
- Q-spoiled laser
- Q-switched laser
- Q-switching laser
- quantum-well laser
- quartz laser
- quasi-continuous laser
- radial-discharge laser
- Raman laser
- rare-earth chelate laser
- rare-gas electrical-discharge laser
- reading laser
- recombination laser
- red laser
- regularly pulsing laser
- repetitively pumped laser
- resonanit laser
- RF excited laser
- rhodamine 6G laser
- rhodamine laser
- Ridley-Watkins-Hillsum-mechanism laser
- ring laser
- roof-top ruby laser
- rotation laser
- ruby laser
- RWH-mechanism laser
- S laser
- scan laser
- SCH laser
- sealed-off laser
- selenium vapor laser
- self-contained laser
- self-focusing laser
- self-locked laser
- self-mode-locking laser
- self-Q-switching laser
- self-starting laser
- self-sustained laser
- self-terminating laser
- self-tuned laser
- semiconductor laser
- separate-confinement heterostructure laser
- shock-tube laser
- shock-wave pumped laser
- short-pulsed laser
- Si laser
- silicon vapor laser
- single-frequency laser
- single-heterojunction laser
- single-heterostructure laser
- single-longitudinal-mode laser
- single-mode laser
- single-mode pumped laser
- single-shot pumped laser
- single-wavelength laser
- slave laser
- SLM laser
- slotted cathode laser
- slow-flowing laser
- software laser
- solar-pumped laser
- solid laser
- solid rare-earth ion laser
- solid-dye laser
- solid-state laser
- spikeless laser
- spiking laser
- spin-flip laser
- Sr laser
- storage laser
- storage-ring laser
- streamer laser
- stripe laser
- stripe-geometry laser
- strontium vapor laser
- submillimeter laser
- subsonic-flow laser
- sulfur-hexafluoride laser
- sulfur-vapor laser
- sun-pumped laser
- superlattice laser
- superluminescent laser
- superpower laser
- superradiant laser
- superradiative laser
- supersonic laser
- synchronously-pumped laser
- TEA laser
- telescopic-resonator laser
- temperature-controlled laser
- thallium vapor laser
- thermally controlled laser
- thermally excited laser
- thermally pumped laser
- thick-cavity junction laser
- thin-film diode laser
- thin-film laser
- three-level laser
- tin vapor laser
- tracking laser
- transfer chemical laser
- transverse electrically initiated laser
- transverse-excitation atmospheric laser
- transverse-excitation atmospheric pressure laser
- transverse-flow laser
- transverse-flow mixing laser
- traveling-wave laser
- triode laser
- tunable diode laser
- tunable laser
- tunnel laser
- tunnel-injection laser
- two-frequency laser
- two-isotope active medium laser
- two-photon pumped laser
- ultraviolet laser
- uncontrolled laser
- unidirectional laser
- unimodal laser
- unstable-resonator laser
- UV laser
- vacuum-ultraviolet laser
- variable pulse-length laser
- variable-wavelength laser
- vernier interferometric laser
- vibrational-rotation laser
- vibrational-transition laser
- visible laser
- VUV laser
- waveguide laser
- waveguide-pumping laser
- writing laser
- Xe laser
- xenon ion laser
- X-ray laser
- ytterbium glass laser
- Zeeman laser
- zero-order-mode laser
- zinc oxide laser
- zinc sulfide laser
- zinc vapor laser
- zinc-oxide nanowire laser
- Zn laserThe New English-Russian Dictionary of Radio-electronics > laser
См. также в других словарях:
Hydrogen fluoride — is a chemical compound with the formula HF. It is the principal industrial source of fluorine, often in the aqueous form as hydrofluoric acid, and thus is the precursor to many important compounds including pharmaceuticals and polymers (e.g.… … Wikipedia
hydrogen fluoride — n a colorless corrosive fuming usu. gaseous compound HF that yields hydrofluoric acid when dissolved in water * * * a corrosive inorganic acid, HF; see hydrofluoric acid … Medical dictionary
hydrogen fluoride — noun a colorless poisonous corrosive liquid made by the action of sulphuric acid on calcium fluoride; solutions in water are hydrofluoric acid • Hypernyms: ↑fluoride * * * noun : a colorless mobile fuming corrosive poisonous liquid or gas HF or… … Useful english dictionary
hydrogen fluoride — vandenilio fluoridas statusas T sritis chemija formulė HF atitikmenys: angl. fluor hydric acid; fluoric acid; fluorohydrogen acid; hydrofluoric acid; hydrogen fluoride rus. водорода фторид; плавиковая кислота; фтористоводородная кислота;… … Chemijos terminų aiškinamasis žodynas
Hydrogen fluoride laser — The hydrogen fluoride laser is an infrared chemical laser. It is capable of delivering continuous output power in the megawatt range. Hydrogen fluoride lasers operate at the wavelength of 2.7 2.9 µm. This wavelength is absorbed by the atmosphere … Wikipedia
hydrogen fluoride — noun Date: 1869 a colorless corrosive fuming usually gaseous compound HF that yields hydrofluoric acid when dissolved in water … New Collegiate Dictionary
hydrogen fluoride — a colorless corrosive gas, HF, the anhydride of hydrofluoric acid, used chiefly as a catalyst and in the fluorination of hydrocarbons. [1905 10] * * * … Universalium
hydrogen fluoride — noun a colourless fuming liquid or gas, having a molecular formula of HF; it dissolves in water to form hydrofluoric acid and has many industrial uses including the production of teflon and the refining … Wiktionary
hydrogen fluoride — hy′drogen fluor′ide n. chem. a colorless corrosive gas, HF, the anhydride of hydrofluoric acid, used chiefly as a catalyst and in the fluorination of hydrocarbons • Etymology: 1905–10 … From formal English to slang
hydrogen fluoride — /haɪdrədʒən ˈflʊəraɪd/ (say huydruhjuhn floouhruyd), /ˈflu / (say flooh ) noun a colourless, fuming, corrosive, poisonous gas or volatile liquid, HF, used in the manufacture of hydrofluoric acid and in industry generally …
Hydrogen peroxide — IUPAC name … Wikipedia