Boost Your Productivity!Translate documents (Ms-Word, Ms-Excel, ...) faster and better thanks to artificial intelligence!
https://pro.wordscope.com
https://blog. wordscope .com
BUV radiation
Backscattered UV
Backscattered UV radiation
Backscattered solar ultraviolet radiation
Backscattered ultraviolet
Backscattered ultraviolet radiation
Biologically active ultraviolet radiation
Biologically effective ultraviolet radiation
Blacklight lamp
Cell phone radiation
Germicidal UV
Long-wave ultraviolet radiation
Long-wavelength ultraviolet radiation
Microwave radiation
Microwaves
Middle ultraviolet radiation
Non-ionising radiation
Portable telephone radiation
SBUV
Short-wave ultraviolet radiation
Short-wavelength ultraviolet radiation
Solar backscattered ultraviolet
UV radiation
UV radiation source
UV-A
UV-A radiation
UV-B
UV-B radiation
UV-C
UV-C radiation
UVA
UVA radiation
UVB
UVB radiation
UVC
UVC radiation
Ultraviolet A
Ultraviolet A radiation
Ultraviolet B
Ultraviolet B radiation
Ultraviolet C
Ultraviolet C radiation
Ultraviolet radiation
Ultraviolet radiation source

Translation of "ultraviolet radiation source " (English → French) :

TERMINOLOGY
see also In-Context Translations below
blacklight lamp [ ultraviolet radiation source | UV radiation source ]

source de lumière noire [ source de rayonnement ultraviolet | source de rayonnement UV ]


ultraviolet B radiation | ultraviolet B | UVB | UV-B | UVB radiation | UV-B radiation | middle ultraviolet radiation | biologically effective ultraviolet radiation | biologically active ultraviolet radiation

rayonnement ultraviolet B | rayons ultraviolets B | ultraviolets B | UVB | UV-B | rayonnement ultraviolet moyen | ultraviolets moyens | rayons UVB | rayons UV-B


backscattered solar ultraviolet radiation | backscattered ultraviolet | backscattered ultraviolet radiation | backscattered UV | backscattered UV radiation | BUV radiation | solar backscattered ultraviolet | SBUV [Abbr.]

rayonnement ultraviolet rétrodiffusé | rayonnement ultraviolet solaire rétrodiffusé | rayonnement UV rétrodiffusé [Abbr.]


biologically active ultraviolet radiation | biologically effective ultraviolet radiation | ultraviolet B | ultraviolet B radiation | UVB [Abbr.]

radiation ultraviolette B | rayonnement ultraviolet B | rayonnement ultraviolet de longueur d'onde moyennes | rayons ultraviolets B | rayons UVB | ultraviolets B | UVB [Abbr.]


long-wave ultraviolet radiation | long-wavelength ultraviolet radiation | ultraviolet A | ultraviolet A radiation | UVA [Abbr.]

radiation ultraviolette A | rayonnement ultraviolet A | rayonnement ultraviolet de grande longueur d'onde | rayons ultraviolets A | rayons UVA | ultraviolet A | UVA [Abbr.]


ultraviolet C radiation | ultraviolet C | UVC | UV-C | UVC radiation | UV-C radiation | short-wavelength ultraviolet radiation | short-wave ultraviolet radiation | germicidal UV

rayonnement ultraviolet C | rayons ultraviolets C | ultraviolets C | UVC | UV-C | rayons UVC | rayons UV-C | ultraviolets courts


ultraviolet A radiation | ultraviolet A | UVA | UV-A | UVA radiation | UV-A radiation | long-wavelength ultraviolet radiation | long-wave ultraviolet radiation

rayonnement ultraviolet A | rayons ultraviolets A | ultraviolets A | UVA | UV-A | rayons UVA | rayons UV-A | ultraviolets longs


ultraviolet B radiation [ ultraviolet B | biologically active ultraviolet radiation | biologically effective ultraviolet radiation ]

rayonnement ultraviolet B [ rayonnement ultraviolet de longueurs d'onde moyennes | radiation ultraviolette B | rayons ultraviolets B | rayons UVB | ultraviolets B ]


ultraviolet A radiation [ ultraviolet A | long-wavelength ultraviolet radiation | long-wave ultraviolet radiation ]

rayonnement ultraviolet A [ rayonnement ultraviolet de grandes longueurs d'onde | radiation ultraviolette A | rayons ultraviolets A | rayons UVA | ultraviolet A ]


non-ionising radiation [ cell phone radiation | microwave radiation | portable telephone radiation | ultraviolet radiation | UV radiation | microwaves(UNBIS) ]

rayonnement non ionisant [ rayonnement laser | rayonnement micro-onde | rayonnement téléphone cellulaire | rayonnement UV | ultraviolet ]
IN-CONTEXT TRANSLATIONS
14. Every ultraviolet lamp that is used in tanning equipment must function so that, at any distance and in any direction from the radiation source, the irradiance within the wavelength range from 200 nm to less than 260 nm does not exceed 0.003 of the irradiance within the wavelength range from 260 nm to 320 nm.

14. L’éclairement énergétique provenant d’une lampe à rayonnements ultraviolets utilisée dans l’appareil de bronzage ne peut, quelle que soit la distance ou la position par rapport à la lampe, dépasser, pour une gamme de longueurs d’onde de 200 à moins de 260, 0,003 de l’éclairement énergétique produit pour une gamme de longueurs d’onde de 260 à 320 nm.


The main source of exposure to ultraviolet radiation (UVR) is the sun, but for some individuals substantial exposure occurs from artificial sources including sunbeds for cosmetic purposes, industrial lamps, arc welding and medical UVR therapies.

La principale source d’exposition aux rayons ultraviolets (UV) est le soleil, mais certaines personnes subissent une exposition importante provenant de sources artificielles : bancs solaires utilisés pour des raisons esthétiques, lampes industrielles, soudure à l’arc, ou encore traitements médicaux faisant appel aux UV.


Research will focus on: understanding and quantification of changes in the carbon and nitrogen cycles; the role of all sources of greenhouse gases and atmospheric pollutants and their sinks in the biosphere; their effects on climate dynamics and variability, ocean and atmospheric chemistry, and their interactions; future stratospheric ozone levels and ultraviolet radiation; prediction of global climatic change and impacts; associated phenomena (e.g. the North Atlantic oscillation, El Niño and changes in sea l ...[+++]

La recherche sera centrée sur: la compréhension et la quantification des modifications intervenant dans les cycles du carbone et de l'azote; le rôle de toutes les sources de gaz à effet de serre et de polluants atmosphériques et des puits qui les renferment dans la biosphère; les réactions qu'ils provoquent sur la dynamique et la variabilité climatiques, la chimie de la mer et de l'atmosphère, et leurs interactions; l'évolution des niveaux d'ozone stratosphérique et du rayonnement ultraviolet; la prévision des changements climatiq ...[+++]


Mrs. Karen Redman (Kitchener Centre, Lib.): Mr. Speaker, it is with a healthy dose of national pride that I rise in the House today to speak about the 10th anniversary of the Canadian invention: the UV Index. Developed by three Environment Canada scientists, Dr. James Kerr, Dr. Tom McElroy and Dr. David Wardle, the index measures the levels of the sun's harsh ultraviolet radiation, a primary source of skin cancer.

Mme Karen Redman (Kitchener-Centre, Lib.): Monsieur le Président, c'est avec une saine dose de fierté nationale que je prends la parole à la Chambre aujourd'hui pour souligner le 10 anniversaire de l'invention canadienne qu'est l'indice UV. L'indice, qui a été élaboré par trois scientifiques d'Environnement Canada, James Kerr, Tom McElroy et David Wardle, mesure les niveaux de rayonnement ultraviolet, principale cause des cancers de la peau.


For more results, go to https://pro.wordscope.com to translate your documents with Wordscope Pro!
Research will focus on: understanding and quantification of changes in the carbon and nitrogen cycles; the role of all sources of greenhouse gases and atmospheric pollutants and their sinks in the biosphere; their effects on climate dynamics and variability, ocean and atmospheric chemistry, and their interactions; future stratospheric ozone levels and ultraviolet radiation; prediction of global climatic change and impacts; associated phenomena (e.g. the North Atlantic oscillation, El Niño and changes in sea l ...[+++]

La recherche sera centrée sur: la compréhension et la quantification des modifications intervenant dans les cycles du carbone et de l'azote; le rôle de toutes les sources de gaz à effet de serre et de polluants atmosphériques et des puits qui les renferment dans la biosphère; les réactions qu'ils provoquent sur la dynamique et la variabilité climatiques, la chimie de la mer et de l'atmosphère, et leurs interactions; l'évolution des niveaux d'ozone stratosphérique et du rayonnement ultraviolet; la prévision des changements climatiq ...[+++]


w