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APPLICATION OF THE FRENCH SPACE OPERATION ACT AND THE DEVELOPMENT OF SPACE ATIVITIES IN THE FIELD OF LAUNCHERS

机译:法国太空操作法的应用和太空活动在发射器领域的发展

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The development of space activities has led France torndefine a new legal framework: French Space OperationrnAct (FSOA). The aim of this act, is to define thernconditions according to which the French governmentrnauthorizes and checks the spatial operations under itsrnjurisdiction or its international responsibility as State ofrnlaunch, according to the international treaties of the UNrnon space, in particular the Treaty (1967) on PrinciplesrnGoverning the Activities of States in the Explorationrnand Use of Outer Space, the Convention ( 1972 ) onrnInternational Liability for Damage Caused by SpacernObjects, and the Convention (1975) on Registration ofrnObjects Launched into Outer Space.rnThe main European space centre is the Guiana SpacernCentre (CSG), settled in France. A clarification of thernFrench legal framework was compulsory to allow thernarrival of new launchers (Soyuz and Vega).rnThis act defines the competent authority, the procedurernof authorization and licenses, the regime for operationsrnled from foreign countries, the control of spatialrnobjects, the enabling of inspectors, the delegation ofrnmonitoring to CNES, the procedure for urgentrnmeasures necessary for the safety, the registration ofrnspatial objects.rnIn this framework, the operator is fully responsible ofrnthe operation that he leads. He is subjected to a regimernof authorization and to governmental technicalrnmonitoring delegated to CNES. In case of litigation,rnthe operator gets the State guarantee above a certainrnlevel of damage to third party.rnThe introduction of FSOA has led to issue a TechnicalrnRegulation set forth, in particular for the safety ofrnpersons and property, the protection of public healthrnand the environment. This general regulation isrncompleted by a specific regulation applicable to CSGrnthat covers the preparation phase of the launch, and allrnspecificities of the launch range, as regards thernbeginning of the launch. The Technical Regulation isrnbased on 30 years of Ariane’s activities and on thernapplication of international standards. Thus, itsrnintroduction has been made easy. The TechnicalrnRegulation is mainly written in term of objectives ofrnsafety, leaving great possibilities of technicalrninnovations or improvements to the developer andrnoperators.rnIn the Technical Regulation, the approach of riskrnmanagement is based on two orientations: preventionrnof risk on one side, treatment of risks on the other side.rnThe prevention of risks is based on the reliability of thernlaunch system, and the treatment of risk is based eitherrnon a neutralization function, or the control of trajectoryrnaccording to the phase of the mission. The monitoringrnof activity is fitted to this approach of control of risks.rnThus, the operator and its final customer, practicallyrnbenefit from the system of monitoring associated to thernact.rnOne of the contributions of FSOA is a clarification ofrnroles, between on one side an operator that controls thernactivities, and on the other side an independent entityrnthat monitors activities according to the TechnicalrnRegulation.rnThis act introduce a secured legal framework, on onernside clear and suitable for protecting anyone againstrndangers linked necessarily to space activities, on thernother side offering to all actors a favourablernenvironment for the development of their activities.rnA first appraisal of the application of the authorizationrnregime applied since 2010, December 10th, is presented.
机译:太空活动的发展导致法国撕毁了一个新的法律框架:法国太空运行法(FSOA)。该行为的目的是根据联合国国家空间条约的国际条约,特别是《原则原则条约》(1967年),确定法国政府根据其管辖权或作为发射国的国际责任,授权并检查其空间运行的条件。国家在探索和利用外层空间中的活动,关于国际对由空间物体引起的损害的赔偿责任的公约(1972年)和关于对射入外层空间的物体进行登记的公约(1975年)。欧洲主要的航天中心是圭亚那航天中心。 ),定居法国。为了使新发射器(Soyuz和Vega)到来,必须对法国法律框架进行澄清。该法案定义了主管当局,程序授权和许可证,外国操纵的制度,对空间物体的控制以及检查员的能力,向CNES进行监视的代表团,安全必要的紧急措施的程序,空间物体的注册。在此框架中,操作员应对其领导的操作完全负责。他受制于政府授权,并受委托给CNES的政府技术监督。在发生诉讼的情况下,运营商会获得对第三方造成一定程度损害的国家保证。FSOA的引入导致制定了一项技术法规,特别是在人员和财产安全,公共卫生和环境保护方面。该通用规则由适用于CSGrn的特定法规完善,该法规涵盖了发射的准备阶段以及发射范围的所有特殊性。技术法规是根据阿丽亚娜(Ariane)30年的活动和对国际标准的应用而制定的。因此,其引入变得容易。技术法规主要是出于安全目标的目的而编写的,给开发人员和操作者留下了很大的技术创新或改进的可能性。在技术法规中,风险管理的方法基于两个方向:一方面预防风险,另一方面处理风险风险的预防是基于发射系统的可靠性,而风险的处理则是基于中和功能或根据任务阶段对弹道的控制。监视活动适合于这种风险控制方法。因此,操作员及其最终客户实际上从与温度相关的监视系统中受益。FSOA的一项贡献是澄清了角色,一方面是操作员它控制着活动,另一方面是根据技术法规对活动进行监控的独立实体。该法案从另一方面开始引入了一个安全的法律框架,该框架明确适用于保护任何人免受必然与太空活动有关的危险,而另一方面,它为所有行为者提供了一个有利的环境自2010年12月10日起对授权制度的应用进行了首次评估。

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