ultra violet

listen to the pronunciation of ultra violet
İngilizce - Türkçe
ultraviyole

İlgili Terimler

ultraviolet
(Otomotiv) kızıl ötesi
ultraviolet
ultraviyole

Ultraviyole ışınlarının ani artışı araştırmacıları ozon deliklerinin varlığına inandırdı. - The sudden increase of ultraviolet rays made the researchers believe in the existence of ozone holes.

Kar ultraviyole ışığı yansıtır. - Snow reflects ultraviolet light.

ultraviolet
mor ötesi

Kelebekler mor ötesi ışın kullanarak iletişim kurabilirler. - Butterflies can communicate using ultraviolet signals.

Güneş kremi mor ötesi ışıkları yansıtan ya da emen kimyasallar içerir. - Sunblock contains chemicals that can reflect or absorb the ultraviolet light.

ultraviolet
ultraviole
ultraviolet
morötesi

İnsanlar morötesi ışıkları göremez. - Humans can't see ultraviolet light.

ultra-violet radiation
morötesi ışıma
ultra-violet radiation
ultraviyole ışıma
ultraviolet
{s} ültraviyole
ultraviolet
(Tıp) Ultraviyole, mor ötesi (dalga boyu 2000-4000 angstrom olan ışın)
ultraviolet
morüstü
uv
ultraviyole
uv
morötesi
İngilizce - İngilizce
lying just beyond the violet end of the visible spectrum
uv

İlgili Terimler

ultraviolet
Ultraviolet colour
Ultra-Violet
uv
Ultraviolet
UV
ultraviolet
Light rays that are outside the visible spectrum at its violet end These rays have a chemical effect upon the dried film of finishing materials Ultraviolet light is commonly used in curing finishes at the factory for prefinished flooring Ultraviolet light also causes woods to lighten or darken See Color Change
ultraviolet
(1) situated beyond the visible spectrum, just beyond the violet end, having wavelengths shorter than wavelengths of visible light and longer than those of X-rays; (2) relating to, producing, or employing ultraviolet radiation
ultraviolet
Electromagnetic radiation of wavelength between the shortest visible violet (about 3,850 Angstroms) and soft X-rays (about 100 Angstroms)
ultraviolet
adj Relating to or producing electromagnetic radiation of wavelengths from about 5 nanometers to 400 nanometers, which is beyond the violet end of the visible light spectrum Ultraviolet radiation refers to radiation with ultraviolet wavelengths Radiation of this kind is a component of sunlight and is the light that makes exposed skin become darker
ultraviolet
the portion of the electromagnetic spectrum beyond the visible violet region Photons of ultraviolet light have more energy that photons of visible violet light
ultraviolet
Electromagnetic radiation at wavelengths shorter than the violet end of visible light; the atmosphere of the Earth effectively blocks the transmission of most ultraviolet light
ultraviolet
– the region of the electromagnetic spectrum between visible light and x rays
ultraviolet
radiation lying in the ultraviolet range; wave lengths shorter than light but longer than X rays
ultraviolet
Ultraviolet radiation from the sun plays a role in the formation of the ozone layer by acting as a catalyst for a chemical reaction that breaks apart oxygen molecules which then recombine to form ozone The absorption of UV by stratospheric ozone and atmospheric oxygen prevents very little ultraviolet radiation to reach earth's surfaces where it can detrimental effects on human health and property
ultraviolet
wavelengths shorter than visible light
ultraviolet
electromagnetic radiation beyond the violet end of the visible light spectrum UV radiation induces tanning and sunburn of the skin, and is associated with the development of skin cancer UV is used to kill Mycobacterium tuberculosis in hospitals
ultraviolet
Light that is so blue humans cannot see it A band of the electromagnetic spectrum between the visible and the X-ray hotons of ultraviolet light are more energetic than photons of visible light
ultraviolet
The part of the electromagnetic spectrum whose radiation has somewhat smaller wavelengths than optical radiation, but longer wavelengths than X-rays Because ultraviolet light is absorbed by the Earth's atmosphere, ultraviolet astronomy is performed in space more!
ultraviolet
Lying outside the visible spectrum at its violet end; said of rays more refrangible than the extreme violet rays of the spectrum
ultraviolet
Ultraviolet light or radiation is what causes your skin to become darker in colour after you have been in sunlight. In large amounts ultraviolet light is harmful. The sun's ultraviolet rays are responsible for both tanning and burning. ultraviolet light cannot be seen by people, but is responsible for making your skin darker when you are in the sun ultraviolet radiation/rays
ultraviolet
of electromagnetic radiation beyond (higher in frequency than) light visible to the human eye; radiation with wavelengths from 380 nanometre - 10 nanometre
ultraviolet
  The portion of the electromagnetic spectrum in which the longest wavelength is just below the visible spectrum, extending from approximately 4 nm to approximately 400 nm   Note: Some authorities place the lower limit of uv at values between 1 and 40 nm, 1 nm being the upper wavelength limit of x-rays   The 400-nm limit is the lowest visible wavelength, i e , the highest visible frequency, violet
ultraviolet
radiation lying in the ultraviolet range; wave lengths shorter than light but longer than X rays having or employing wavelengths shorter than light but longer than X-rays; lying outside the visible spectrum at its violet end; "ultraviolet radiation"; "an ultraviolet lamp
ultraviolet
ultra = [Latin] beyond; violet = [Old French] little viole, from viola = [Latin] violet (the flower) Ultraviolet "light" (abbreviated: UV) is a form of invisible electromagnetic radiation with wavelengths just below those of visible light UV radiation is more powerful than visible light and the more powerful forms of it may cause damage to your skin
ultraviolet
(U V ) Invisible radiation wavelengths from about 4 nanometers, on the border of the x-ray region, to about 380 nanometers, just beyond the violet in the visible spectrum This frequency of light is considered the culprit in color fading as well as causing skin cancer
ultraviolet
1 The invisible rays of the spectrum at the violet end 2 Invisible radiation waves with frequencies shorter than wave lengths of visible light and longer than X-ray
ultraviolet
having or employing wavelengths shorter than light but longer than X-rays; lying outside the visible spectrum at its violet end; "ultraviolet radiation"; "an ultraviolet lamp"
ultraviolet
electromagnetic radiation of shorter wavelength than visible light UV cannot be seen by the eye, and much of it is absorbed by ozone, a molecule of oxygen, at altitudes of 30-40 km above the Earth Satellite telescopes, however, can and do view stars, galaxies, and the Sun in UV
ultraviolet
A band of the electromagnetic Spectrum between the visible and the X-ray, i e light that is so blue humans cannot see it Photons of ultraviolet light are more energetic than photons of visible light
ultraviolet
Electromagnetic radiation at wavelengths shorter than the violet end of visible light (5 to 300 nm); the atmosphere of the Earth effectively blocks the transmission of most ultraviolet light
ultraviolet
Electromagnetic radiation that has a wavelength shorter than visible light and longer than x-rays Although it accounts for only 4 to 5 percent of the total energy of insolation, it is responsible for many complex photochemical reactions, such as fluorescence and the formation of ozone
ultraviolet
(UV)--electromagnetic radiation resembling visible light, but of shorter wavelength The eye cannot see UV, and much of it is absorbed by ozone, a variant of oxygen, at altitudes of 30-40 km; satellite telescope, however, can and do view stars and the Sun in UV, and even in the extreme UV (EUV), the range between UV and X-rays
ultraviolet
{s} beyond the rays of the violet end of the visible light spectrum, of or pertaining to ultraviolet light
ultraviolet
There is a naturally imposed bound for distant objects at 912 Angstroms (13 6 eV), the energy needed for a photon to be absorbed by a hydrogen atom and liberate its lone electron in the process There is so much neutral hydrogen in our galaxy that we cannot see very far away at wavelengths shortward of this until about 100 Angstroms, when the absorption by hydrogen (now assisted by other, trace elements) has dropped enough for the interstellar gas to become transparent once again Aside from starlight and synchrotron radiation, the UV contains several very important strong spectral lines from abundant atoms
ultraviolet
A region of the electromagnetic spectrum that is of higher energy and shorter wavelength than visible light Typical wavelengths of ultraviolet radiation range from 375 nm to 12 5 nm (12 5 x 10-9 m)
ultraviolet
Light that is so blue humans cannot see it A band of the electromagnetic spectrum between the visible and the X-ray Photons of ultraviolet light are more energetic than photons of visible light
ultra violet

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