「Ultra Violet」の共起表現一覧(1語右で並び替え)
該当件数 : 281件
| rystals to convert the laser light into the | ultraviolet, a process that has been used on almost eve |
| of IARC Group 3 carcinogens (Angelicin plus | ultraviolet A radiation). |
| ance (natural or artificial), paraffin wax, | ultraviolet absorbers, and bht crystals. |
| In phosphate buffer, pH 7 are the | ultraviolet absorption maxima at 274nm (E1%1cm. |
| the C-type objects, but containing a strong | ultraviolet absorption feature below 0.5 μm. |
| Specific | Ultraviolet Absorption (SUVA) at 254 nanometers (nm), a |
| of the laser to a number of lines from the | ultraviolet and blue through to green wavelengths. |
| e thought patterns, and are able to see the | ultraviolet and infrared portions of the electromagneti |
| Hagelstein's early work focused on extreme | ultraviolet and soft X-ray lasers , relativistic atomic |
| rgy to that radiation.They produce visible, | ultraviolet and infrared light, or X-rays, but not the |
| system to send back information on cosmic, | ultraviolet and X-rays. |
| SOL-ACES (Auto-calibrating Extreme | Ultraviolet and Ultraviolet spectrometers) consists of |
| e are visibly dark X-ray sources and so far | ultraviolet and gamma-ray dark sources. |
| Research in extreme | ultraviolet and far ultraviolet astronomy semi-annual s |
| Research in extreme | ultraviolet and far ultraviolet astronomy semi-annual s |
| uch as: PCR machine, spectrophotometer with | ultraviolet and visible light, with the centrifuge syst |
| OMI - Ozone Monitoring Instrument - uses | ultraviolet and visible radiation to produce daily high |
| ked on spectroscopy in the band between far | ultraviolet and X-rays. |
| supernovae and active galaxies at optical, | ultraviolet, and near-infrared wavelengths. |
| rofiles of airglow emissions in the extreme | ultraviolet and far ultraviolet spectral range of 800 t |
| otected exposure to the highly-concentrated | ultraviolet and infrared rays emitted by the welding ar |
| cks that can compromise the protection from | ultraviolet and infrared rays. |
| s used in advertisements for the 2006 movie | Ultraviolet and was featured in the TV series Las Vegas |
| ms of radiation such as gamma rays, X-rays, | ultraviolet and infrared, in addition to visible light. |
| r is commonly used as a reactive diluent in | ultraviolet and electron-beam curable polymers applied |
| On July 13, 2007, Fujifilm announced an | ultraviolet and infrared sensitive version of the Finep |
| m borate, CLBO) is a non-linear crystal for | ultraviolet applications and generates the 4th and 5th |
| irradiated with another laser, infrared or | ultraviolet, are selectively absorbed by the excited 23 |
| Infrared and | ultraviolet are also greatly blocked. |
| trajectory from White Sands, with the LIDOS | ultraviolet astronomy payload. |
| Main article: Solar | ultraviolet astronomy |
| 1985 : Robert Wilson: A perspective of | ultraviolet astronomy |
| erimental Earth imaging instruments, and an | ultraviolet astronomy payload. |
| en credit for starting the field of extreme | ultraviolet astronomy. |
| luoride excimer laser which operates in the | ultraviolet at 248 nm with pulsewidths of a few nanosec |
| The | ultraviolet beam at 266nm can be obtained by fourth har |
| g a sub-section either on the black body or | ultraviolet catastrophe pages with some of the info fro |
| The | Ultraviolet Catastrophe (Spirit Zone Records, 1997) |
| rzon and Perry Botkin, Jr. - The Riot / The | Ultraviolet Catastrophe - Trip Harder / Manic Street Pr |
| The | ultraviolet component of sunlight degrades and decompos |
| UltraViolet Coronagraph Spectrometer (UVCS) which measu | |
| microwave discharge light sources used for | ultraviolet curing in the semiconductor and printing in |
| of the microscopic action S and the finite | ultraviolet cutoff Λ. |
| of pumping and chlorination, ozonation, or | ultraviolet disinfection. |
| falloff of the integrand for high momenta ( | ultraviolet divergence). |
| supersymmetry breaking that does not cause | ultraviolet divergences to appear in scalar masses. |
| theory (causal perturbation theory), where | ultraviolet divergences are avoided in the calculation |
| eters also exist, such as sound dosimeters, | ultraviolet dosimeters, and electromagnetic field dosim |
| Ultraviolet emissions from the welding arc can also dam | |
| In 1981, Rangaswamy discovered that an | ultraviolet excimer laser can be used to etch a living |
| n national host for the INES (International | Ultraviolet Explorer New Extracted Spectra) database. |
| Cosmic Background Explorer (COBE), Extreme | Ultraviolet Explorer (EUVE), TOPEX-Poseidon, Landsat an |
| Following the launch of the International | Ultraviolet Explorer satellite in 1978, she turned her |
| A Goddard's highly successful International | Ultraviolet Explorer, in which he won several awards fo |
| vailable at low cost from many sources, but | ultraviolet filters - and suitable lenses - remain expe |
| he Earth's magnetosphere, infrared flux and | ultraviolet flux. |
| produce a "cold light", with no infrared or | ultraviolet frequencies. |
| It is a 60-beam | ultraviolet frequency-tripled neodymium glass laser, wh |
| Payload (TAS-01), the International Extreme | Ultraviolet Hitchhiker (IEH-02), and the Ultraviolet Sp |
| Also on board was the International Extreme | Ultraviolet Hitchhiker payload, and numerous secondary |
| Ultraviolet image from NASA's Galaxy Evolution Explorer | |
| An | ultraviolet image of NGC 6340 taken with GALEX |
| An | ultraviolet image of NGC 1510 and NGC 1512 taken with G |
| Global | Ultraviolet Imager (GUVI): A spatial-scanning, far-ultr |
| lsed Local Exhaust (SIMPLEX), the Southwest | Ultraviolet Imaging System (SWUIS), the Gelation of Sol |
| hat weren't bad ideas either, as the UV or | Ultraviolet index was expected to top at above normal l |
| nsive to stress stimuli, such as cytokines, | ultraviolet irradiation, heat shock, and osmotic shock, |
| 1986: “Treadmill” - | Ultraviolet lamps, motor, steel and mirrors. |
| laser desorption/ionization (ELDI) uses an | ultraviolet laser to form ions by irradiating the sampl |
| An | ultraviolet laser cures a liquid resin layer by layer t |
| in or in photography to reduce the level of | ultraviolet light that strikes the recording medium. |
| osensitivity, brown teeth that fluoresce in | ultraviolet light due to deposition of type one porphyr |
| flocculation, activated carbon filtration, | ultraviolet light and chlorination. |
| his compound can be converted using heat or | ultraviolet light into a mixture containing nearly 50% |
| sisted of a 90 cm main mirror used to focus | ultraviolet light onto a spectrograph situated at the p |
| nced, and it was the first to have a Finsen | ultraviolet light therapy device and X-ray machine. |
| or pulse radiation can be used, a suitable | ultraviolet light source being an ArF excimer laser hav |
| , cough suppressant, anti-inflammatory, and | ultraviolet light protectant. |
| h energy electromagnetic radiation, such as | ultraviolet light or X-rays. |
| lect and focus low-energy X-rays or extreme | ultraviolet light the way optical telescopes focus visi |
| amps (exilamps) - a gas-discharge source of | ultraviolet light which uses, for example, electrically |
| Free radical reactions catalyzed by | ultraviolet light from the sun oxidize unburned hydroca |
| hydrogen gas that fluoresce when exposed to | ultraviolet light from newly formed stars. |
| interaction of methane, carbon dioxide and | ultraviolet light (sunlight). |
| eads to a condition called arc eye in which | ultraviolet light causes the inflammation of the cornea |
| Fluorescent hyalite under | ultraviolet light |
| integrated circuit die) and illuminated by | ultraviolet light at 340-380 nm, stimulating fluorescen |
| X-ray telescope, shorter wavelengths than | ultraviolet light |
| ye, an inflammation of the cornea caused by | ultraviolet light and, in prolonged exposure, possible |
| roduced by the welding, such as the intense | ultraviolet light produced by an electric arc, but from |
| The Andromeda Galaxy pictured in | ultraviolet light by GALEX |
| that they filter out; an L37 filter removes | ultraviolet light with a wavelength shorter than 370nm, |
| Ultraviolet light and cathode rays have no fluorescent | |
| Sensitive to | ultraviolet light and salt water, can lose strength at |
| Its decomposition by | ultraviolet light is slow, providing years of protectio |
| However it may not receive enough | ultraviolet light for abiogenesis to proceed. |
| stabilises against weathering by absorbing | ultraviolet light and converting it into heat. |
| used to provide microplates which transmit | ultraviolet light for use in newly developed assays. |
| ce that is formed when biotin is exposed to | ultraviolet light in the presence of oxygen. |
| copy stands designed for forensic use have | ultraviolet light sources on them, to illuminate latent |
| a jet of heated solvent for desorption and | ultraviolet light for photoionization. |
| Finally, to overcome degradation to | ultraviolet light and high temperature / humidity condi |
| Temperature and | ultraviolet light are key factors involved in the aerob |
| lected sunlight has a green color and under | ultraviolet light looks fluorescent. |
| Ultraviolet light enables the resolution of microscopic | |
| The concept is based the ability of | ultraviolet light to kill infectious agents by disrupti |
| If we include the | ultraviolet light that emanates from Menkib, however, i |
| is fluorescing as it bombarded with strong | ultraviolet light from the blue stars. |
| e vaporized sample is ionized by the vacuum | ultraviolet light and consequently sampled into a mass |
| ction with UV-A (the least damaging form of | ultraviolet light) for phototherapy treatment of vitili |
| sunlight (specifically from the UVB band of | ultraviolet light), and excessive seclusion from the su |
| lled nectar guides that are visible only in | ultraviolet light), the scent, amount of nectar, compos |
| ct the eyes, face and neck from flash burn, | ultraviolet light, sparks, infrared light, and heat. |
| n this environment due to the prevalence of | ultraviolet light, which dislodges extra electrons such |
| -Centers," these defects absorb visible and | ultraviolet light, coloring the crystals at photon ener |
| Ultraviolet light, asbestos and androgens released by t | |
| atory cytokines, lipopolysaccharides (LPS), | Ultraviolet light, and growth factors. |
| It involves using a beam of light, usually | ultraviolet light, that excites the electrons in molecu |
| tructural polymers, provide protection from | ultraviolet light, defend against herbivores and pathog |
| When subjected to | ultraviolet light, copper phosphide shows fluorescence. |
| Under | ultraviolet light, berberine shows a strong yellow fluo |
| romagnetic radiation such as visible light, | ultraviolet light, infrared light, or gamma radiation. |
| HNE (such as exposure to hydrogen peroxide, | ultraviolet light, heat shock, cancer drugs, etc.), as |
| It is quite sensitive to light, especially | ultraviolet light, and will precipitate if exposed. |
| Scheelite fluoresces under shortwave | ultraviolet light, the mineral glows a bright sky-blue. |
| Ozone in the stratosphere absorbs | ultraviolet light, which is potentially damaging to lif |
| Composite shows | ultraviolet light, which comes from young stars of Cent |
| salicylate portion of the molecule absorbs | ultraviolet light, protecting skin from the harmful eff |
| absorbs 97-99% of the Sun's high frequency | ultraviolet light, which is damaging to life on Earth. |
| These may reflect | ultraviolet light, and mimic the pattern seen in many f |
| Under shortwave | ultraviolet light, some clinohumite may fluoresce an or |
| isible in visible light, but apparent under | ultraviolet light, which assists its pollinators: Lepid |
| It is turned into viosterol by | ultraviolet light, and is then converted into ergocalci |
| resistant to abrasion and degradation from | ultraviolet light. |
| nce to chemicals, temperature extremes, and | ultraviolet light. |
| sitive to slightly different wavelengths of | ultraviolet light. |
| skin from damage by UVB and short-wave UVA | ultraviolet light. |
| ith blue hints depending on the deposit) in | ultraviolet light. |
| o pass infrared light and block visible and | ultraviolet light. |
| s of a jet of hot solvent vapour and vacuum | ultraviolet light. |
| pears on the back but is only visible under | ultraviolet light. |
| Harmaline and harmine fluoresce under | ultraviolet light. |
| There is no reaction under | ultraviolet light. |
| n effect that was enhanced with exposure to | ultraviolet light. |
| Uranopilite fluoresces a bright green under | ultraviolet light. |
| t yellow green fluorescence under shortwave | ultraviolet light. |
| A GALEX image of Messier 81 in | ultraviolet light. |
| oduced by the photodissociation of water by | ultraviolet light. |
| ith the survival on Mars is the destructive | ultraviolet light. |
| crust of salt that can moderate some of the | ultraviolet light. |
| to impurities on illumination with blue or | ultraviolet light. |
| ike most scintillators, it does not glow in | ultraviolet light. |
| s, whose spectra can be seen in visible and | ultraviolet light. |
| o the direct or indirect impact of heat and | ultraviolet light. |
| The Special Sensor | Ultraviolet Limb Imager (SSULI) is an imaging spectrome |
| died genetic material inside a cell with an | ultraviolet microscope to determine the nucleic acid co |
| specific bands on individual chromosomes by | ultraviolet microscopy, thereby creating a new tool for |
| aboard one experiment: the Solar X-ray and | Ultraviolet Monitor. |
| Ultraviolet mosaic of Mira's bow shock and tail obtaine | |
| n the high-redshift universe because of the | ultraviolet nature of the Lyman-alpha emission line. |
| a 't Hooft-Polyakov monopole embedded in an | ultraviolet nonabelian gauge group. |
| onomical object may be only an astronomical | ultraviolet object. |
| These | ultraviolet objects may also range from single planets |
| nal experience, including some 441 hours of | ultraviolet observation (much of it via the Hubble Spac |
| glow" emitted at longer wavelengths (X-ray, | ultraviolet, optical, infrared, and radio). |
| l, giving it potential application for deep | ultraviolet optoelectronics. |
| lactic Center cannot be studied at visible, | ultraviolet or soft X-ray wavelengths. |
| o a permanent color change upon exposure to | ultraviolet or visible light radiation. |
| The atoms absorb | ultraviolet or visible light and make transitions to hi |
| With the Hubble Space Telescope also the | ultraviolet part of the stellar spectra could be observ |
| methylidyne radicals can be produced by the | ultraviolet photodissociation of dibromodifluoromethane |
| ARPES), also known as ARUPS (angle-resolved | ultraviolet photoemission spectroscopy), is a direct ex |
| Kosmos 215 performed | ultraviolet photometry of 36 A and B stars from paralle |
| n energy is provided by an X-ray photon, an | ultraviolet photon, EUV photon, or an ultraviolet photo |
| ons of the interstellar medium in which far | ultraviolet photons strongly influence the gas chemistr |
| es energy at 248 nm, which lies in the near | ultraviolet portion of the spectrum, corresponding with |
| Lyc photons are in the | ultraviolet portion of the electromagnetic spectrum of |
| This means the counter will scan the | ultraviolet properties of the bill and the magnetic ink |
| of the gain medium can be achieved using a | ultraviolet pulse. |
| materials under the influence of the solar | ultraviolet radiation or energetic charged particles co |
| g these other planets is produced solely by | ultraviolet radiation impacting oxygen-containing molec |
| actured and churning as a result of intense | ultraviolet radiation from young, hot stars already ene |
| d sparks as well as suppressing the intense | ultraviolet radiation and fumes that are a part of the |
| HIV therapy of anti-inflammatory aspirin or | ultraviolet radiation of the patient's blood in order t |
| the star to receive a comparable amount of | ultraviolet radiation as the Earth does from the Sun, h |
| O6, claimed to be produced by the action of | ultraviolet radiation on a hot water solution of the pa |
| the brightest sources of X-rays and extreme | ultraviolet radiation mankind has yet invented. |
| l), Hydrogen peroxide (H2O2, 26% survival), | ultraviolet radiation (10% survival at 660 J ∙ m−2), an |
| ears for two common CFCs) be broken down by | ultraviolet radiation releasing a chlorine atom. |
| o evaluate exposure to solar and artificial | ultraviolet radiation (see also his work on cancer risk |
| Cockell, C.S., Blaustein, A.R. [Editors] | Ultraviolet Radiation and Evolution, Springer, 2002 |
| s contain flavonoids that protect them from | ultraviolet radiation and give them a pink colour. |
| spectrum is caused by cosmic irradiaton by | ultraviolet radiation and charged particles. |
| sion synthesis of DNA damage resulting from | ultraviolet radiation or UV. |
| exposure to light, notably light containing | ultraviolet radiation, discolouration of the skin (whet |
| It is also used in detectors of | ultraviolet radiation, and in AlGaN/GaN HEMT transistor |
| The Earth's atmosphere is opaque to | ultraviolet radiation, X-rays, and gamma rays and is pa |
| xygen produced by the breakdown of water by | ultraviolet radiation. |
| e brightly from the emission of its intense | ultraviolet radiation. |
こんにちは ゲスト さん
ログイン |
Weblio会員(無料)になると
|
検索履歴を保存できる！
こんにちは ゲスト さん
|
ログイン |
Weblio会員(無料)になると
|
