How to use in-sentence of “ultraviolet”:
+ There, it will absorb almost all Ultraviolet lightultraviolet light which is harmful to many organisms.
+ A few hundred million years after Cosmic Dawn, the first stars produced enough ultraviolet photons to re-ionize essentially all the universe’s hydrogen atoms.
+ Bee-pollinated flowers tend to be yellow or blue, often with ultraviolet nectar guides and scent.
+ This protects the chloroplast and cell nucleus from strong visible and ultraviolet radiation.
+ It also protects the rubber from fungi and ultraviolet light.
Example sentences of “ultraviolet”:
+ Photons with wavelengths of 10-400nm are called ultraviolet light.
+ Some EPROMs can be cleared using only electricity instead of needing ultraviolet light.
+ During their lifetime, they emit huge amounts of ultraviolet radiation.
+ Before that, they took pictures using ultraviolet light using the pre-COST Faint Object Camera.
+ In some bulbs, the ultraviolet light shines on phosphors which make white light from it, although not all mercury-vapor lamps use phosphors.
+ Mercury makes a blue to ultraviolet color in a tube when a spark is passed through it.
+ It releases ultraviolet light which can damage the eyes.
+ Later in her life, it became possible to launch instruments on rockets and she extended her work to the ultraviolet spectral lines.
+ The short-lived blue stars formed in these regions give off huge amounts of ultraviolet light.
+ Therefore, humans that live in places with more ultraviolet light have adapted by getting darker skins.
+ The paint was put to protect the external tank from ultraviolet light when it was standing on the launch pad.
+ Photons with wavelengths of 10-400nm are called ultraviolet light.
+ Some EPROMs can be cleared using only electricity instead of needing ultraviolet light.
+ During their lifetime, they emit huge amounts of ultraviolet radiation.
+ To find their prey, salamanders use trichromatic color vision in the ultraviolet range.
+ That is why honey guides on flowers are so noticeable in ultraviolet light photographs.
+ Usually this refers to ultraviolet radiation, but there are also some organisms which can repair damage caused by gamma radiation.
+ Higher-energy radiation, including ultraviolet radiation, usually “is” carcinogenic, if a person is exposed to it long enough.
+ There are pink clouds of glowing hydrogen gas that fluorescencefluoresces when exposed to ultraviolet light from newly made stars.
+ Light with a wavelength shorter than violet is called ultraviolet light.
+ Reasons why the cancer would form is because of Merkel cell polyomavirus, a weakened immune system, and exposure to ultraviolet radiation.
+ The ultraviolet radiation given off by the center of the star ionizes the gas and plasma that was thrown out from the star.
+ These glow faintly with infrared light and obscure distant views at extreme ultraviolet and soft x-ray wavelengths.
More in-sentence examples of “ultraviolet”:
+ If it is necessary to use ultraviolet light then the lamp and filters must be changed.
+ On June 3, 2014, NASA released the Hubble Ultra-Deep Field image composed of, for the first time, the full range of ultraviolet to near-infrared light.
+ Polarization pattern: Light scattered in a blue sky forms a pattern of partially polarized ultraviolet light.
+ If it is necessary to use ultraviolet light then the lamp and filters must be changed.
+ On June 3, 2014, NASA released the Hubble Ultra-Deep Field image composed of, for the first time, the full range of ultraviolet to near-infrared light.
+ Polarization pattern: Light scattered in a blue sky forms a pattern of partially polarized ultraviolet light.
+ As more stars formed, and the first galaxies formed, they flooded the universe with ultraviolet photons capable of ionize hydrogen gas.
+ The common dark pigment melanin often has the function of protection against sunlight and ultraviolet radiation.
+ Butterflies do not see as many colours as humans, but they can see ultraviolet light.
+ As the material contracts, massive stars may form in the center, and their ultraviolet radiation ionises the surrounding gas, making it visible at optical wavelengths.
+ Because they are common in our galaxy, they obscure distant views at extreme ultraviolet and soft x-ray wavelengths.
+ Many compounds will be illuminated when the TLC plate is placed under an ultraviolet lamp.
+ The ultraviolet light can kill germs or light fluorescent lamps.
+ The frequency range used covers not just visible light but whole the spectrum from the microwave range, the terahertz range, infrared light, visible light up to the range of ultraviolet light.
+ Beaks can have color spots that can be seen in ultraviolet light.
+ Another material, commonly called “ultravioletUV Top Coat hardens under ultraviolet light.
+ The red pigment of some species is an intracellular protection against excessive visual light and ultraviolet radiation of the sun, which otherwise can cause photoinhibition of photosynthesis or mutations.
+ Ordinary glass does not let radiation through if its wavelength is less than 200nanometers, so it acts as a shield against the more dangerous range of ultraviolet light, but some special sorts of glass do not shield as well, including many car windows.
+ Recent and ongoing destruction of ozone in high altitudes caused by human influence—mostly by industrial chemicals and air travel—has greatly increased the amount of ultraviolet light reaching the Earth’s surface.
+ Without sunscreen too much ultraviolet light can cause sunburn and skin cancer.
+ Many insects have colour vision in the ultraviolet range, which humans do not.
+ They can see ultraviolet or infrared light.
+ Besides ultraviolet light, which makes up most of the light produced by these lamps, there is also a little violet and blue light.
+ Zinc sulfide is used to convert ultraviolet light to visible light.
+ It can be seen from outer spacespace using telescopes that can sense ultraviolet light.
+ A tanning bed is a device that emits ultraviolet radiation to give people a tan.
+ The historical photography process used gum arabic mixed with Ammonium dichromateammonium or ultraviolet light.
+ The Earth’s ozone layer protects life from the Sun’s harmful ultraviolet rays, but in the 1970s, scientists found out that some chemicals let out into the atmosphere makes the ozone turn into oxygen.
+ For example, ultraviolet radiation can give people sunburns.
+ Generally, a radiometer is an infrared radiation detector or ultraviolet detector.
+ This was called the ultraviolet catastrophe.
+ They protect cells from high-light damage by absorbing blue-green and ultraviolet light.
+ Tanning beds use a special fluorescent lamps that creates visible light and ultraviolet light.
+ Other works use ultraviolet light, the kind of light that causes a sunburn.
+ Skin pigmentation in human beings evolved mainly to control the amount of ultraviolet radiation penetrating the skin, thus reducing its effects.
+ It could only give off infrared light and could not give off even ordinary red light, much less any higher energy light such as ultraviolet light or x-ray radiation.
+ EPROMs are cleared by shining ultraviolet light on the clear opening on their top.
+ All tanning beds have a timer, a device to limit the amount of time the person is exposed to the ultraviolet light.
+ This layer has high temperatures because it absorbs X-rays and extreme ultraviolet radiation from the Sun.
+ Pigments absorb the ultraviolet radiation, so it does not get through the skin to kill or injure cells inside.
+ Phosphors are used in many types of lighting, including fluorescent bulbs where they change the ultraviolet light produced by excited mercury vapor into visible light.
+ Use of tanning devices can cause skin cancer because ultraviolet goes through the skin and causes destruction to cells, causing sunburn.
+ Reducing ozone lets more ultraviolet light to come through.
+ The X-rays, gamma rays, ultraviolet light and parts of the infra-red spectrum were all opened to astronomy as observing telescopes were launched.
+ Chemical reactions, heat, ultraviolet light or special glasses are used to make invisible ink visible.
+ Their electromagnetic spectrumspectra contain moderately strong ultraviolet absorption at wavelengths below about 0.4 μm to 0.5 μm, while at longer wavelengths they are very featureless but slightly reddish.
+ The violet light and ultraviolet light differ in their wavelength, frequency, and quantum energy.
+ For example, scars in the skin are less resistant to ultraviolet radiation, and sweat glands and hair follicles do not grow back within scar tissues.
+ These observers able to see partially into the ultraviolet describe the color they can see beyond violet in the ultraviolet as a sort of lilac, that is, a reddish-violet color that is the color of the lilac flower.
+ Infrared and ultraviolet are also largely blocked by the atmosphere.
+ An ultraviolet lamp is one that emits mostly ultraviolet light.