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Ultraviolet (uv)

Light Glossary
  1. A portion of the spectrum to which film and bees` eyes are sensitive, but not human eyes.

  2. Electromagnetic waves invisible to the human eye, with wavelengths about 10 to 400nm, shorter than visible light.


Ultravioleta (uv) ., испанский



Ultraviolet, английский
  1. Electromagnetic radiation at wavelengths shorter than the violet end of visible light

  2. Ultraviolet. the electromagnetic radiation with wavelengths shorter than about 400 nm and not visible to the human eye.

  3. Ультрафиолетовый

  4. Invisible electromagnetic radiation defined between 100 and 380nm.

  5. The part of the electromagnetic spectrum that falls just below visible violet. ultraviolet (uv) coating – a coating that blocks out uv radiation up to 380+ nanometers.

  6. Electromagnetic radiation in the wavelength range of 4 to 400 nanometers.


Ultraviolet (uv) radiation, английский
    Electromagnetic radiation with wavelengths between soft x-rays and visible violet light, often broken down into uv-a (315-400 nm), uv-b (280-315 nm) and uv-c (100-280 nm).


Ultraviolet (uv) treatment, английский
    Tratamiento ultravioleta (uv)


Ultraviolet amplification by stimulated, английский
    Emission of radiation квантовомеханический генератор ультрафиолетового диапазона, ува- зер


Ultraviolet astronomical satellite, английский
    Астрономический спутник для исследования ультрафиолетового излучения


Ultraviolet borescope, английский

Ultraviolet degradation, английский
    Weakening or deterioration caused by exposure to ultraviolet rays of sunlight or artificial light.


Ultraviolet floodlight, английский
    Ультрафиолетовый прожектор


Ultraviolet irradiation, английский
    Стерилизация ультрафиолетовым облучением


Ultraviolet lamp, английский
    A lamp which gives off ultraviolet rays


Ultraviolet lamp, uv-raying, английский

Ultraviolet lasers, английский
    Lasers (or other laser-based light sources) generating ultraviolet light


Ultraviolet light, английский
    Invisible light with wavelengths shorter than ??400??nm


Ultraviolet light (uv), английский

Ultraviolet lithography, английский

Ultraviolet luminescence, английский

Ultraviolet photoelectron spectroscopy, английский

Ultraviolet photometric pola- rimetric, английский
    Explorer спутник серии «эксплорер» для фотометрических и поляриметрических исследований ультрафиолетового излучения


Ultraviolet radiation, английский
  1. Ultraviolet radiation (uv) is one form of radiant energy coming from the sun. the sun emits a range of energy known as the electromagnetic spectrum. the various forms of energy, or radiation, are classified according to wavelength (measured in nanometres (nm) where one nm is a millionth of a millimetre).

  2. Sunlight rays or short wave radiation from sources such as welding, lasers, or tanning lamps. uv light can damage the eyes and lead to snow blindness, cataracts and degenerative diseases of the eye.

  3. Electromagnetic radiation at wavelengths immediately below the visible spectrum, i.e., within the wavelength range 10 to 380 nm. may be classified as: far ultraviolet, 10 to 280 nm; middle ultraviolet, 280 to 315 nm; near ultraviolet, 315 to 380 nm. also may be classified as: ozone-producing, 180 to 220 nm; germicidal, 220 to 300 nm; erythemal, 280 to 320 nm; black light, 320 to 400 nm. in either method of classification, there are no sharp demarcations between the wavelength bands.

  4. Short invisible rays of ultraviolet light. abbr uvr

  5. Electromagnetic radiation with wavelengths between 40 and 400 nm. see also irradiance and uv-a.

  6. Electromagnetic radiation with wavelengths between 40 and 400 nm. see also near ultraviolet. uv: ultraviolet. v

  7. Electromagnetic radiation with wavelengths between 100 and 400 nm.

  8. Irradiance and uv-a. fluorescent nondestructive testing uses uv-a and safe exposure limits for ultraviolet radiation and blue light hazard are available through the american conference of governmental industrial hygienists.


Ultraviolet radiometer, английский
    Meter, usually calibrated at 365 nm, used in fluorescent liquid penetrant and magnetic particle testing to measure output of ultraviolet lamp.


Electromagnetic, английский

Wavelength, английский
  1. Light is made up of electromagnetic waves; wavelength is the crest (peak)-to-crest distance between two adjacent waves.

  2. Для оптических сетевых устройств длина волны светового потока составляет 850, 1300, 1310 и 1550 нм

  3. The optical term for frequency. fiber optics generally uses the 850 nm, 1300/1310 nm, 1550 nm and 1625 nm wavelengths for transmission purpose due to the marriage of performance with light sources, optical fibers, and optical detector technologies

  4. Distance in the direction of propagation of a periodic wave between two successive points at which the phase is the same. tel 203•377•8282 fax 203•378•2457 e-mail res_sales@oriel.com url www.oriel.com 9-17 polarization lenses optics prisms & filters beam splitters windows, substrates & mirrors properties of optical coatings optical materials

  5. The length of the light wave, usually measured from crest to crest, which determines its color. common units of measurement are the micrometer (micron), the nanometer, and the angstrom unit.

  6. The spatial period of a plane wave

  7. The distance between "waves" in the electromagnetic field, specified as angstroms or nanometers.

  8. The distance an electromagnetic wave travels in the time it takes to oscillate through a complete cycle. wavelengths of light are measured in nanometers (10-9 m) or micrometers (10-6m).

  9. The linear distance occupied by one complete cycle of vibration of an energy form from any given point to the next point characterized by the same phase.

  10. For light waves or sound waves, the distance between two successive points of a periodic wave in the direction of propagation, in which the oscillation has the same phase; the distance the wave travels in one period. for light waves three common units of wavelength are: micrometer, nanometer, and angstrom. wave molding, oundy molding, swelled chamfer, undulating molding, undy

  11. Длина волны wax 1. воск 2. парафин 3. пластичная глина way 1. путь; дорога 2. проход; переход 3. колея 4. направление, сторона 5. амер, расстояние

  12. The physical length between corresponding points of successive cycles of a wave. low frequencies have long wavelengths; high frequencies have short wavelengths.

  13. The distance between the crests of a wave in a radio signal, measured as the speed of light divided by the frequency in- hz.

  14. The distance between one peak of a wave and the next peak

  15. Light is measured by its wavelength (in nanometers) or frequency (in hertz). one wavelength. equals the distance between two successive wave crests.

  16. The distance between two points having the same phase in two consecutive cycles of a periodic wave, along a line in the direction of propagation.

  17. Distance between repeating values of a wave — for example, the distance from one peak to the next peak on a sine wave. wavelength is a fundamental descriptor when discussing wave behavior, system sensitivity, and diffraction effects.

  18. Distance between repeating values of a wave. for example, the distance from one peak to the next peak on a sine wave.

  19. Distance between repeating values of a wave. for example, the distance from one peak to the next peak on a sine wave. wavelength is generally measured in nanometers when considering uv-a radiation (for example, 365 nm). compare frequency.

  20. Distance between repeating units of a wave. for example, the distance from one peak to the next peak.

  21. Distance needed in the propagation direction for a wave to go through a complete cycle.7,21


Dispersion, light dispersion, английский
    A process whereby white light is separated into a spectrum of rainbowlike component wavelengths by, for example, a prism or raindrops.


Light plan, light plot, английский
    A plan view of the set or location showing some or all of the following: the position, height, type, and size of the lights, their intensities, accessories, gels, beam shapes, etc.