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3 K radiation
Alpha particles
Apply radiation treatments
Arrange examination room for radiation treatment
Beta particles
CBR
CMB
CMBR
Cell phone radiation
Conduct radiation treatments
Cosmic background radiation
Cosmic microwave background
Cosmic microwave background radiation
Cosmic microwave radiation
Cosmic radiation
Direct ionising radiation
Direct ionizing radiation
Directly ionising particles
Directly ionising radiation
Directly ionizing particles
Directly ionizing radiation
Exposure to radiation
Gamma rays
Ground-reflected radiation
Ground-reflected solar radiation
Ionising radiation
Ionizing radiation
K radiation
MBR
Make examination room ready for radiation treatment
Microwave background
Microwave background radiation
Microwave radiation
Microwaves
NIR
Non-ionising radiation
Non-ionizing radiation
Nonionising radiation
Nonionizing radiation
Perform radiation treatment
Perform radiation treatments
Portable telephone radiation
Prepare examination room for radiation treatment
Prepare examination room for radiation treatments
Radiation dose
Radiation effects
Radiation exposure
Radioresistance
Radiosensitivity
Reflected radiation
Reflected solar radiation
Relic radiation
UV radiation
Ultraviolet radiation
X-rays

Translation of "3 K radiation " (English → French) :

TERMINOLOGY
see also In-Context Translations below
cosmic microwave background radiation | CMBR | cosmic microwave background | CMB | cosmic microwave radiation | cosmic background radiation | CBR | microwave background radiation | MBR | microwave background | relic radiation | 3 K radiation

rayonnement cosmologique fossile | RCF | rayonnement fossile | rayonnement cosmologique | fond diffus cosmologique | FDC | rayonnement à 3 K




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 ]


radiation exposure [ exposure to radiation | radiation dose | radioresistance | radiosensitivity | Radiation effects(ECLAS) | Radiation effects(STW) | radiation effects(UNBIS) ]

exposition aux radiations [ dose de radiation | effet des rayonnements | exposition aux rayonnements | radiosensibilité ]


ionising radiation [ alpha particles | beta particles | cosmic radiation | gamma rays | ionizing radiation | X-rays ]

rayonnement ionisant [ particules alpha | particules bêta | radiation ionisante | rayonnement cosmique | rayons gamma | rayons X ]


make examination room ready for radiation treatment | prepare examination room for radiation treatments | arrange examination room for radiation treatment | prepare examination room for radiation treatment

préparer une salle d’examen pour une radiothérapie


direct ionising radiation | direct ionizing radiation | directly ionising particles | directly ionising radiation | directly ionizing particles | directly ionizing radiation

rayonnement directement ionisant | rayonnement ionisant direct


nonionising radiation | non-ionising radiation | nonionizing radiation | non-ionizing radiation | NIR [Abbr.]

rayonnement non ionisant


ground-reflected radiation | ground-reflected solar radiation | reflected radiation | reflected solar radiation

rayonnement global réfléchi | rayonnement solaire réfléchi


apply radiation treatments | conduct radiation treatments | perform radiation treatment | perform radiation treatments

aliser des traitements de radiothérapie
IN-CONTEXT TRANSLATIONS
These include 90 micrograms of uranium, producing 1.1 becquerels of radiation per day; 30 micrograms of thorium, producing 0.111 becquerels of radiation per day; 17 micrograms of potassium, producing 4,400 becquerels of radiation per day; 95 micrograms of carbon 14, producing 15,000 becquerels of radiation per day; 0.6 picograms of tritium, producing 23 becquerels of radiation per day; and 0.2 picograms of polonium, producing 37 becquerels of radiation per day.

Elles comprennent en particulier 90 microgrammes d'uranium, produisant 1,1 becquerels de radiation par jour; 30 microgrammes de thorium, produisant 0,111 becquerels de radiation par jour; 17 microgrammes de potassium, produisant 4 400 becquerels de rayonnement par jour; 95 microgrammes de carbone 14, produisant 15 000 becquerels de radiation par jour; 0,6 picogramme de tritium, produisant 23 becquerels de radiation par jour; et 0,2 picogramme de polonium, produisant 37 becquerels de radiation par jour.


(i) provide a degree of radiation protection from stray radiation such that stray radiation does not exceed the limit for leakage radiation from the X-ray tube housing set out in paragraph 4(1)(g), and

(i) assurent un degré de radioprotection des rayonnements parasites tel que ceux-ci ne dépassent pas la limite prévue à l’alinéa 4(1)g) pour les rayonnements de fuite en provenance de la gaine,


(k) post a sufficient number of durable and legible signs that bear the radiation warning symbol set out in Schedule 3 to the Radiation Protection Regulations and the words “RAYONNEMENT — DANGER — RADIATION”, to prevent entry into any area within which the radiation dose rate is greater than 0.1 mSv per hour as a result of the possession or use of the exposure device;

k) pose un nombre suffisant de panneaux durables et lisibles sur lesquels figurent le symbole de mise en garde contre les rayonnements figurant à l’annexe 3 du Règlement sur la radioprotection et la mention « RAYONNEMENT — DANGER — RADIATION » pour interdire l’accès à toute zone où le débit de dose de rayonnement est supérieur à 0,1 mSv par heure en raison de la possession ou de l’utilisation de l’appareil d’exposition;


There were schools of thought presented that there was no safe level of radiation, even when we demonstrated that the rocks of the Precambrian Shield radiated and that, living in a stone house, you absorb radiation. On the other hand, there was another school of thought that said, yes, there is a safe level of radiation, whatever that is.

Les opinions étaient partagées: d'une part, il y avait ceux qui prétendaient qu'il n'y a pas de niveau de radiation sûr, même s'il a été démontré que les roches du bouclier précambrien émettent des radiations et que, si vous vivez dans une maison en pierres, vous absorbez ces radiations; d'autre disaient que, oui, il existe un niveau de radiation qui est sûr, il suffit de le trouver.


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"radiation protection officer" means an individual who is technically competent in radiation protection matters relevant for a given type of practice to supervise or perform the implementation of the radiation protection arrangements;

74) "personne chargée de la radioprotection": une personne techniquement compétente sur des questions de radioprotection liées à un type de pratique déterminé pour superviser ou mettre en œuvre des dispositions en matière de radioprotection;


3. The task of the radiation protection officer may be carried out by a radiation protection unit established within an undertaking or by a radiation protection expert.

3. La tâche d'une personne chargée de la radioprotection peut être exécutée par un service de radioprotection mis en place au sein d'une entreprise ou par un expert en radioprotection.


For international studies see: The American Interagency Steering Committee on Radiation Standards (ISCORS), Guidance for Security Screening of Humans Utilizing Ionizing Radiation Technical report 2008-1; The National Council on Radiation Protection and Measurement (NCRP), commentary 16- Screening of Humans for Security Purposes Using Ionizing Radiation Scanning Systems (2003) and International Commission on Non-Ionizing Radiation Protection (ICNIRP), Guidelines for limiting exposure to time-varying electric, magnetic and electromagnetic fields 1998; 2010 Report by the Inter-Agency Committee on Radiation Safety on scanners.Further refer ...[+++]

Au niveau international, voir: The American Interagency Steering Committee on Radiation Standards (ISCORS), Guidance for Security Screening of Humans Utilizing Ionizing Radiation , Rapport technique 2008-1; The National Council on Radiation Protection and Measurement (NCRP), commentaire 16: Screening of Humans for Security Purposes Using Ionizing Radiation Scanning Systems (2003) et International Commission on Non-Ionizing Radiation Protection (ICNIRP), Guidelines for limiting exposure to time-varying electric, magnetic and electromagnetic fields , 1998; Rapport 2010 sur les scanners de sûreté du comité interagences sur la radioprotect ...[+++]


optical radiation: any electromagnetic radiation in the wavelength range between 100 nm and 1 mm. The spectrum of optical radiation is divided into ultraviolet radiation, visible radiation and infrared radiation:

rayonnements optiques: tous les rayonnements électromagnétiques d'une longueur d'onde comprise entre 100 nm et 1 mm. Le spectre des rayonnements optiques se subdivise en rayonnements ultraviolets, en rayonnements visibles et en rayonnements infrarouges:


Whereas this Directive should include requirements regarding the design and manufacture of devices emitting ionizing radiation; whereas this Directive does not affect the authorization required by Council Directive 80/836/Euratom of 15 July 1980 amending the Directives laying down the basic safety standards for the health protection of the general public and workers against the dangers of ionizing radiation (9), nor application of Council Directive 84/466/Euratom of 3 September 1984 laying down basic measures for the radiation protection of persons undergoing medical examination or treatment (10); whereas Council Directive 89/391/EEC o ...[+++]

considérant qu'il convient que la présente directive comprenne des exigences portant sur la conception et la fabrication des dispositifs émettant des radiations ionisantes; que la présente directive n'affecte pas l'autorisation requise par la directive 80/836/Euratom du Conseil, du 15 juillet 1980, portant modification des directives fixant les normes de base relatives à la protection sanitaire de la population et des travailleurs contre les dangers résultant des rayonnements ionisants (9), ni l'application de la directive 84/466/Euratom du Conseil, du 3 septembre 1984, fixant les mesures fondamentales relatives à la protection radiolog ...[+++]


- 2 - The most important amendments introduced by the proposal are as follows: - use of the definitions, quantities and units as well as of the radiation and tissue weighting factors set out in the latest ICRP recommendations; - stricter dose limits, as contained in the latest ICRP recommendations, which take account of more recent estimates of the risk of cancer arising from exposure to ionizing radiation and of the complex concept of health detriment; - introduction of provisions relating to radiation protection in some cases of occupational exposure to natural radiation sources; - a ban on certain unjustified uses of radioactivity; ...[+++]

Les modifications les plus importantes introduites par la proposition sont les suivantes : - utilisation des définitions, des quantités et des unités ainsi que des facteurs de pondération des rayonnements et des tissus qui figurent dans les dernières recommandations CIPR, - fixation de limites de dose plus strictes reprises des dernières recommandations de la CIPR, qui tiennent compte des estimations plus récentes sur le risque cancérigène de l'exposition aux rayonnements ionisants ainsi que de la notion complexe de détriment pour la santé, - introduction de dispositions concernant la radioprotection dans certains cas d'exposition professionnelle à des sources naturelles de rayonnements, - interdiction de certaines utilisations injustifiées ...[+++]




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Date index: 2021-12-16
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