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L'effet photoélectrochimique désigne un en … L'effet photoélectrochimique désigne un ensemble de processus par lesquels la lumière se transforme en d'autres formes d'énergie. Ces processus s'appliquent à la photochimie, aux lasers à pompage optique, aux cellules solaires (qu'elles soient photovoltaïques, photoélectriques, photoélectrochimiques), à la luminescence, au changement réversible de la couleur d'un matériau lors de son exposition à la lumière, etc. lors de son exposition à la lumière, etc.
, Photoelektrochemische Prozesse sind Reakti … Photoelektrochemische Prozesse sind Reaktionen und Abläufe in der Photoelektrochemie. Sie transferieren Licht in andere Energieformen. Diese Prozesse spielen in der Photochemie, bei optisch gepumpten Lasern, bei sensibilisierten Solarzellen, bei Lumineszenz und bei der Photochromie eine Rolle.szenz und bei der Photochromie eine Rolle.
, La legge di Stark-Einstein, formulata indi … La legge di Stark-Einstein, formulata indipendentemente dai due fisici tedeschi Johannes Stark e Albert Einstein tra il 1908 e il 1913, descrive la relazione tra energia assorbita e quantità di materia che reagisce in una reazione fotochimica. La legge, nota anche come legge dell'equivalenza fotochimica o legge della fotoequivalenza, afferma che per ogni quanto hν di energia assorbita reagirà una molecola di sostanza: per ogni mole di sostanza reagita sarà assorbito un numero di Avogadro NA di quanti di luce. L'equazione matematica è . La legge dell'equivalenza fotochimica si applica alla parte di reazione luce-indotta che produce un cosiddetto processo primario (es. assorbimento o fluorescenza). In molte reazioni fotochimiche il processo primario è solitamente seguito da un processo secondario che implica tutte le normali interazioni chimiche tra i reagenti che non richiedono assorbimento di luce. Come risultato di ciò molte reazioni, nella loro globalità, sembrano non obbedire alla legge di Stark-Einstein. La validità della legge è ulteriormente ristretta ai processi fotochimici convenzionali che utilizzano una fonte di luce a intensità moderata; fonti di luce ad alta intensità, come il laser, utilizzate in esperimenti di femtochimica o nella fotolisi flash, causano processi bifotonici con assorbimento di due fotoni di luce per molecola.imento di due fotoni di luce per molecola.
, Фотоелектрохімічні процеси — це процеси у … Фотоелектрохімічні процеси — це процеси у фотохімії, вони зазвичай включають перетворення світла в інші форми енергії [1]. Ці процеси відбуваються у фотохімії, оптично накачуваних лазерах, сенсибілізованих сонячних елементах, люмінесценції та фотохромізмі. елементах, люмінесценції та фотохромізмі.
, Photoelectrochemical processes are process … Photoelectrochemical processes are processes in photoelectrochemistry; they usually involve transforming light into other forms of energy. These processes apply to photochemistry, optically pumped lasers, sensitized solar cells, luminescence, and photochromism.ar cells, luminescence, and photochromism.
, Prawo równoważności fotochemicznej (Einsteina-Starka) głosi, że absorpcja jednego fotonu powoduje zajście pierwotnego procesu (fizycznego lub chemicznego) w jednej cząsteczce absorbującej substancji.
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Photoelectrochemical processes are process … Photoelectrochemical processes are processes in photoelectrochemistry; they usually involve transforming light into other forms of energy. These processes apply to photochemistry, optically pumped lasers, sensitized solar cells, luminescence, and photochromism.ar cells, luminescence, and photochromism.
, Prawo równoważności fotochemicznej (Einsteina-Starka) głosi, że absorpcja jednego fotonu powoduje zajście pierwotnego procesu (fizycznego lub chemicznego) w jednej cząsteczce absorbującej substancji.
, Фотоелектрохімічні процеси — це процеси у … Фотоелектрохімічні процеси — це процеси у фотохімії, вони зазвичай включають перетворення світла в інші форми енергії [1]. Ці процеси відбуваються у фотохімії, оптично накачуваних лазерах, сенсибілізованих сонячних елементах, люмінесценції та фотохромізмі. елементах, люмінесценції та фотохромізмі.
, La legge di Stark-Einstein, formulata indi … La legge di Stark-Einstein, formulata indipendentemente dai due fisici tedeschi Johannes Stark e Albert Einstein tra il 1908 e il 1913, descrive la relazione tra energia assorbita e quantità di materia che reagisce in una reazione fotochimica. La legge, nota anche come legge dell'equivalenza fotochimica o legge della fotoequivalenza, afferma che per ogni quanto hν di energia assorbita reagirà una molecola di sostanza: per ogni mole di sostanza reagita sarà assorbito un numero di Avogadro NA di quanti di luce. L'equazione matematica è .quanti di luce. L'equazione matematica è .
, L'effet photoélectrochimique désigne un en … L'effet photoélectrochimique désigne un ensemble de processus par lesquels la lumière se transforme en d'autres formes d'énergie. Ces processus s'appliquent à la photochimie, aux lasers à pompage optique, aux cellules solaires (qu'elles soient photovoltaïques, photoélectriques, photoélectrochimiques), à la luminescence, au changement réversible de la couleur d'un matériau lors de son exposition à la lumière, etc. lors de son exposition à la lumière, etc.
, Photoelektrochemische Prozesse sind Reakti … Photoelektrochemische Prozesse sind Reaktionen und Abläufe in der Photoelektrochemie. Sie transferieren Licht in andere Energieformen. Diese Prozesse spielen in der Photochemie, bei optisch gepumpten Lasern, bei sensibilisierten Solarzellen, bei Lumineszenz und bei der Photochromie eine Rolle.szenz und bei der Photochromie eine Rolle.
|
| rdfs:label |
Photoelectrochemical process
, Фотоелектрохімічний процес
, Effet photoélectrochimique
, Prawo równoważności fotochemicznej Einsteina-Starka
, Legge di Stark-Einstein
, Photoelektrochemischer Prozess
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http://dbpedia.org/resource/Photoelectric_effect +
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