Overview
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Read the articleAUTHORS
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Jean HUE : Research engineer at CEA - Doctor of Physics, Engineer from the Institut National Polytechnique de Grenoble (École Nationale Supérieure de Physique), France
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Jean Luc ROCHAS : Mining engineer, Alès, Société Agir Prévention - Risk prevention instructor and trainer, France
INTRODUCTION
New technologies make it possible to produce numerous compact and powerful sources, both for lighting and for use in processes, with technical characteristics that are far removed from those of conventional sources, and therefore likely to generate additional risks. From the point of view of prevention, it is difficult to access physical data on lamp emissions. As far as incoherent sources are concerned, civil society has benefited little from military research, which, on the other hand, has rapidly and extensively addressed the harmful effects of laser sources on biological tissues. In this article, we propose methods for assessing the luminous risk posed by artificial incoherent radiation, as well as collective and individual means of protection.
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KEYWORDS
collective protection | individual protection
Artificial incoherent radiatio.Luminous hazards Analysis- Protection and prevention
Assessing the lighting risk of incoherent sources
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"Safety and risk management"
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Bibliography
- (1) - JACQUES (M.) - Les moyens de prévention et de protection contre les ROA. - Hygiène et sécurité, Rayonnements optiques et électromagnétique, hors-série, Compte rendu du colloque « Rayonnements optiques et électromagnétiques au travail. De l'exposition à la prévention », p. 64-68, Paris, oct. 2015....
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