Fluorescent activity is a short term or rapid emission response, unlike phosphorescence, which is a delayed emission.

Fluorescent dyes can be chosen to obtain light emission at different wavelengths, and compounds such as perylene, rubrene and quinacridone derivatives are often used.

Fluorescent emission is contingent upon absorption of a specific optical wavelength or color which restricts the choice of lamps.

Fluorescent lights were first available to the public at the 1939 New York World's Fair.

Trey Anastasio Band debuted in 1998 as Eight Foot Fluorescent Tubes as a local band in Vermont fronted by Anastasio on April 17 of that year at the nightclub Higher Ground, co-owned by his brother-in-law.

General Electric Corporation held the patent to the fluorescent light bulb at the time and approximately a year later, the original three major corporations, Lightolier, Artcraft Fluorescent Lighting Corporation, and Globe Lighting located mostly in the New York City region, began wide-scale manufacturing in the United States of the fluorescent light fixture, making fluorescent lighting possible and commonplace in most industrial, office, retail, and residential settings around the nation and the world in years to come.

Also at WSU are the Harold E. Culver Collection, with fossils of pre-historic animals ; the Lyle and Lela Jacklin Collection of Silicified Wood & Minerals ; and S. Elroy McCaw Fluorescent Mineral Display.

Fluorescent lamps using conventional magnetic ballasts flicker at twice the supply frequency.

Two reflective Fluorescent Red 3M Scotchcal 12 inch square panels were applied at each body end.

* Fluorescent orange ( selectively bred amelanistic ) develop white borders around bright red saddle marks as adults on an orange background.

Fluorescent coatings and glasses are also an option for neon tube lighting, but are usually selected to obtain bright colors.

( Fluorescent cerise, fluorescent chartreuse yellow, fluorescent blue, and fluorescent green.

* Cyan fluorescent protein, a variant of Green Fluorescent Protein ( GFP ) that fluoresces light-blue-" cyan "-when exposed to dark blue light.

However, the GloFish Fluorescent Fish License states " Intentional breeding and / or any sale, barter, or trade, of any offspring of GloFish ® fluorescent ornamental fish is strictly prohibited ", thus imposing a legal GURT.

Advanced Analytical Technologies Inc sells the AdvanCE FS96 dsDNA Fluorescent System which is a 96 capillary electrophoresis system that has several advantages over traditional methods ; including ability to separate large fragments ( up to 40kb ), no desalting or precipitation step required, short run times (~ 30 minutes ), sensitivity to 5pg / ul and no need for fluorescent labeled primers.

Constellation 3D ( C3D or CDDD ) was a company developing a new optical medium, the Fluorescent Multilayer Disc and Card ( FMD / C ).

Flo and Eddie appeared as The Fluorescent Leech and Eddie on Frank Zappa's 1970 album Chunga's Revenge and in 1971 as lead vocalists on Zappa's Filmore East album as Howard Kaylan / Mark Volman where they sang Happy Together.

* Jones, Jr., Robert W. Nature's Hidden Rainbows: The Fluorescent Minerals of Franklin, New Jersey ( San Gabriel, CA: Ultra-Violet Products, Inc., 1964 ).

There are a number of treponemal-specific tests such as the Fluorescent treponemal antibody-absorption ( FTA-ABS ) test, Treponema pallidum hemagglutination assays ( TPHA and MHA-TP )( Microhemagglutination assay ( MHA-TP ).

Most common targets are Chlorophyll, Fluorescein, Rhodamine, Green Fluorescent Protein, and Colorated Dissolved Organic Matter ( CDOM ).

The PGF is composed of the following subsystems: Control and Data Management Subsystems ( CDMS ), Fluorescent Light Module ( FLM ), Atmospheric Control Module ( ACM ), Plant Growth Chambers ( PGCs ), Support Structure Assembly ( SSA ), and the Generic External Shell ( GES ).

Fluorescent penetrants contain two or more dyes that fluoresce when excited by ultraviolet ( UV-A ) radiation ( also known as black light ).

It supports lighting color correction ( Flash, Sunlight, Clouds, Incandescent, Fluorescent, and Automatic ).

Fluorescent minerals of the Franklin mineral district: franklinite ( black ), willemite ( green ), and calcite ( red ).

Fluorescent paints offer a wide range of pigments and chroma which also ' glow ' when exposed to the long-wave " ultraviolet " frequencies ( UV ).

Fluorescent minerals of the Franklin mineral district: franklinite ( black ), willemnite ( green ), and calcite ( red ).

No two gamma-ray burst light curves are identical, with large variation observed in almost every property: the duration of observable emission can vary from milliseconds to tens of minutes, there can be a single peak or several individual subpulses, and individual peaks can be symmetric or with fast brightening and very slow fading.

Position and intensity of plasmon absorption and emission peaks are affected by molecular adsorption, which can be used in molecular sensors.

Anthracene's emission spectrum peaks at between 400 nm and 440 nm.

Because sodium lamps produce light in only a few narrow emission peaks, rather than over a wide spectrum, the film has an almost monochrome appearance.

Quantum dots are sometimes used in place of traditional fluorophores because of their narrower emission peaks.

The strongest peaks of the emission line spectrum are

The observed intensity of the radio emission of Venus is much higher than the expected thermal intensity, although the spectrum indicated by measurements at wave lengths near 3 cm and 10 cm is like that of a black body at about 600-degrees.

No attempts to measure the radio emission of the remaining planets have been reported, and, because of their distances, small diameters, or low temperatures, the thermal radiation at radio wave lengths reaching the earth from these sources is expected to be of very low intensity.

The study of the radio emission of the moon and planets began with the detection of the thermal radiation of the moon at 1.25-cm wave length by Dicke and Beringer ( 1946 ).

and that the maximum of the radio emission came about 3-1/2 days after Full Moon, which is again in contrast to the infrared emission, which reaches its maximum at Full Moon.

The infrared emission could then be assumed to originate at the surface of the moon, while the radio emission originates at some depth beneath the surface, where the temperature variation due to solar radiation is reduced in amplitude and shifted in phase.

The radio emission of a planet was first detected in 1955, when Burke and Franklin ( 1955 ) identified the origin of interference-like radio noise on their records at about 15 meters wave length as emission from Jupiter.

The radio radiation of the sun which is reflected from the moon and planets should be negligible compared with their thermal emission at centimeter wave lengths, except possibly at times of exceptional outbursts of solar radio noise.

The constant-temperature contours are much smoother than those observed at 4.3 mm by Coates ( 1959 ) and apparently the emission at 8 mm is not nearly so sensitive to differences in surface features.

Such high-resolution observations as these are needed at several wave lengths in order that the radio emission of the moon can be properly interpreted.

It also cannot be used at wavelengths above about 320 nm, as the emission intensity of the deuterium lamp becomes very weak.

Total absorption is measured with normal lamp current, i. e., with a narrow emission line, and background absorption after application of a high-current pulse with the profile of the self-reversed line, which has little emission at the original wavelength, but strong emission on both sides of the analytical line.

This reaction was studied for the first time in 2008 by the team at RIKEN, Japan, in order to study the decay properties of < sup > 266 </ sup > Bh, which is a decay product in their claimed decay chains of ununtrium .< ref > The decay of < sup > 266 </ sup > Bh by the emission of 9. 05-9. 23 MeV alpha particles was further confirmed in 2010.

Forest conservation activities or activities avoiding deforestation, which would result in emission reduction through the conservation of existing carbon stocks, are not eligible at this time.

Thermionic emission occurs when the thermal energy exceeds the metal's work function, while field electron emission occurs when the electric field at the surface of the metal is high enough to cause tunneling, which results in the ejection of free electrons from the metal into the vacuum.