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En esta página puede obtener un análisis detallado de una palabra o frase, producido utilizando la mejor tecnología de inteligencia artificial hasta la fecha:
- cómo se usa la palabra
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يومض كالفوسفور - traducción al Inglés
يومض كالفوسفور
phosphoresce (VI)
phosphoresce
![An extremely intense pulse of short-wave UV light in a [[flashtube]] produced this blue persistent-phosphorescence in the amorphous, [[fused silica]] envelope, lasting as long as 20 minutes after the 3.5 microsecond flash.](https://commons.wikimedia.org/wiki/Special:FilePath/Fused silica phosphorescence from a 24 million watt flash.jpg?width=200 "An extremely intense pulse of short-wave UV light in a [[flashtube]] produced this blue persistent-phosphorescence in the amorphous, [[fused silica]] envelope, lasting as long as 20 minutes after the 3.5 microsecond flash.")
![[[Jablonski diagram]] of an energy scheme used to explain the difference between fluorescence and phosphorescence. The excitation of molecule A to its singlet excited state (<sup>1</sup>A*) may, after a short time between absorption and emission (fluorescence lifetime), return immediately to ground state, giving off a photon via fluorescence (decay time). However, sustained excitation is followed by intersystem crossing to the triplet state (<sup>3</sup>A) that relaxes to the ground state by phosphorescence with much longer decay times.](https://commons.wikimedia.org/wiki/Special:FilePath/JablonskiSimple.png?width=200 "[[Jablonski diagram]] of an energy scheme used to explain the difference between fluorescence and phosphorescence. The excitation of molecule A to its singlet excited state (<sup>1</sup>A*) may, after a short time between absorption and emission (fluorescence lifetime), return immediately to ground state, giving off a photon via fluorescence (decay time). However, sustained excitation is followed by intersystem crossing to the triplet state (<sup>3</sup>A) that relaxes to the ground state by phosphorescence with much longer decay times.")
![An [[electron microscope]] reveals vacancy defects in a crystalline lattice of [[molybdenum disulfide]]. The missing sulfur atoms leave [[dangling bonds]] between the molybdenum atoms, creating a trap in the empty spaces.](https://commons.wikimedia.org/wiki/Special:FilePath/MoS2 vacancies.jpg?width=200 "An [[electron microscope]] reveals vacancy defects in a crystalline lattice of [[molybdenum disulfide]]. The missing sulfur atoms leave [[dangling bonds]] between the molybdenum atoms, creating a trap in the empty spaces.")
![Phosphorescent, [[europium]]-doped, [[strontium]] silicate-aluminate oxide powder under visible light, fluorescing/phosphorescing under long-wave [[UV light]], and persistently phosphorescing in total darkness](https://commons.wikimedia.org/wiki/Special:FilePath/Phosphorescent.jpg?width=200 "Phosphorescent, [[europium]]-doped, [[strontium]] silicate-aluminate oxide powder under visible light, fluorescing/phosphorescing under long-wave [[UV light]], and persistently phosphorescing in total darkness")
PROCESS IN WHICH ENERGY ABSORBED BY A SUBSTANCE IS RELEASED RELATIVELY SLOWLY IN THE FORM OF LIGHT
Phosphoresce; Glowing; Phosphorescing; Phosphoresence; Phosphorescent; Phosphorescents; Phosphorescent light; Triplet phosphorescence
VI
يتفسفر ، يومض كالفوسفور
يتفسفر ، يومض كالفوسفور
