Translation for "systèmes de support" to english

Systèmes de support

• support systems

Translation examples

support systems

b) ESA: Système de support de vie MELiSSA (Micro-Ecological Life Support System Alternative) permettant de récupérer des aliments, de l'eau et de l'oxygène à partir du recyclage des déchets et des "eaux grises", déjà en service à la station Concordia;
(b) ESA: The Micro-Ecological Life Support System Alternative for recovering food, water and oxygen from waste and grey-water recycling, active at the Concordia station;

Les participants ont, en outre, noté que l'accès à l'eau constituait un droit de l'homme fondamental d'intérêt mondial et que les techniques spatiales pouvaient fournir des données uniformes (observation de la Terre), des signaux (système mondial de navigation par satellite), des infrastructures de communication (télécommunications) et des installations spatiales (systèmes de support de vie) pour permettre à chaque communauté au sein de la société d'accéder aux informations appropriées.
Participants further noted that access to water was a fundamental human right of global concern, and space-based technologies could provide uniform data (Earth observation), signals (GNSS), communication infrastructures (telecommunications) and space-borne facilities (life support systems) to enable every social community to access appropriate information.

d) NASA: Laboratoire sur puce portatif permettant de détecter la présence de microbes et de substances chimiques dans l'eau et dans l'environnement; dispositif rapide de purification de l'eau issu du système de support de vie régénératif dans l'espace; et échographe portable pour les soins prénataux et autres;
(d) NASA: A lab-on-a-chip handheld test system for microbes and chemical substances in water and the environment, a rapid water purification assembly of the space regenerative life support system, and portable ultrasound for prenatal and other care;

Religion, Politics and Violence in Sri Lanka; Commodities in Crisis; Compiling Data for Food Composition Data Bases; East-West Migration: The Alternatives; Environnemental Change and International Law : New Challenges and Dimensions; Financial Openness and National Autonomy; Fish Fermentation Technology; The Global Greenhouse Regime: Who Pays?; Green-Alternative Politics in West Germany, vol. I: The New Social Movements; Industrial Pollution in Japan; INFOODS Food Composition Data Interchange Handbook; The Impact of Economic Development on Rural Women in China; The Impact of Labor Migration on Households: A Comparative Study in Seven Asian Countries; The Impact of Technology on Human Rights: Global Case-Studies; Information Technology in Selected Countries: Reports from Ireland, Ethiopia, Nigeria and Tanzania; Latin America Today; Macroeconomics in the Global Economy; Mining in Africa Today: Strategies in African Political Economy; Modernizing Women: Gender and Social Change in the Middle East; Participatory Development: Learning from South Asia; Peace and Security in the Asia Pacific Region : Post-Cold-War Problems and Prospects; Post-Communist Reform: Pain and Progress; The Quality of Life; The Rocky Road to Reform: Adjustment, Income Distribution, and Growth in the Developing World; The Role of Labor-Intensive Sectors in Japanese Industrialization; Shorai sedai-ni kosei-na chikyu kankyo-o (édition japonaise de l'ouvrage intitulé : In Fairness to Future Generations: International Law, Common Patrimony, and Intergenerational Equity); Social Corporatism: A Superior Economic System; Social Support Systems for the Aged in Egypt; South-East Asia's Environnemental Future: The Search for Sustainability; The State and Cultural Transformation: Perspectives from East Asia; Technological Innovation and the Development of Transportation in Japan (édition anglaise de Kotsu un'yu no hattatsu to gijutsu kakushin); Technological Independence : The Asian Experience; Technological Transformation in the Third World, vol. I-IV; Trade Policy, Industrialization and Development: New Perspectives; et Who will Save the Forest?
Religion, Politics and Violence in Sri Lanka; Commodities in Crisis; Compiling Data for Food Composition Data Bases; East-West Migration: The Alternatives; Environmental Change and International Law: New Challenges and Dimensions; Financial Openness and National Autonomy; Fish Fermentation Technology; The Global Greenhouse Regime: Who Pays?; Green-Alternative Politics in West Germany, vol.I: The New Social Movements; Industrial Pollution in Japan; INFOODS Food Composition Data Interchange Handbook; The Impact of Economic Development on Rural Women in China; The Impact of Labor Migration on Households: A Comparative Study in Seven Asian Countries; The Impact of Technology on Human Rights: Global Case-studies; Information Technology in Selected Countries: Reports from Ireland, Ethiopia, Nigeria, and Tanzania; Latin America Today; Macroeconomics in the Global Economy; Mining in Africa Today: Strategies in African Political Economy; Modernizing Women: Gender and Social Change in the Middle East; Participatory Development: Learning from South Asia; Peace and Security in the Asia Pacific Region: Post-Cold-War Problems and Prospects; Post-Communist Reform: Pain and Progress; The Quality of Life; The Rocky Road to Reform: Adjustment, Income Distribution, and Growth in the Developing World; The Role of Labor-Intensive Sectors in Japanese Industrialization; Shorai sedai-ni kosei-na chikyu kankyo-o (Japanese edition of In Fairness to Future Generations: International Law, Common Patrimony, and Intergenerational Equity); Social Corporatism: A Superior Economic System?; Social Support Systems for the Aged in Egypt; South-East Asia's Environmental Future: The Search for Sustainability; The State and Cultural Transformation: Perspectives from East Asia; Technological Innovation and the Development of Transportation in Japan (English edition of Kotsu un'yu no hattatsu to gijutsu kakushin); Technological Independence: The Asian Experience; Technological Transformation in the Third World, vols.

26. Parmi le large éventail d'activités du programme de l'ESA relatives à la santé sur Terre, des informations ont été présentées sur les points suivants: la recherche sur le vieillissement et la sédentarité; les études in vitro sur des cultures de cellules humaines pour acquérir de nouvelles connaissances sur les questions sanitaires chez l'être humain liées au vieillissement, y compris les maladies cardiovasculaires, l'ostéoporose, la perte de masse musculaire et les dysfonctionnements immunitaires; les études d'alitement; les applications télémédicales (programme de l'ESA sur les applications intégrées dans le domaine des télécommunications); et le système de support de vie MELiSSA (Micro-Ecological Life Support System Alternative), axé sur la récupération d'aliments, d'eau et d'oxygène à partir du recyclage de déchets et sur le suivi de petits animaux.
From the broad range of ESA programme activities relevant to terrestrial health issues, information on the following was presented: research on aging and sedentary lifestyles; in-vitro experiments with human cell cultures for gaining new insights into human health issues associated with aging, including cardiovascular disease, osteoporosis, muscle loss and immune dysfunction; bed rest studies; telemedicine applications (the ESA integrated application programme for telecommunications); and the Micro-Ecological Life Support System Alternative, which was focused on recovering food, water and oxygen from waste products, and on small-animal tracking.

52. Le représentant de l'Université de Beihang (Chine) a évoqué les résultats obtenus et les expériences prévues avec les systèmes de support de vie biorégénérative dans son simulateur de base lunaire, Lunar Palace 1, qui est une technologie essentielle pour les missions spatiales de longue durée, les missions dans l'espace lointain et les missions avec équipage multiple.
The representative of Beihang University, China, talked about results of and plans for experiments with bioregenerative life support systems (BLSS) conducted at its Lunar Palace 1 facility. BLSS are a key technology for long-duration space missions, deep space missions and multiple-crew missions.