Примеры использования Nuclear power source на Английском языке и их переводы на Русский язык
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Summary of national space nuclear power source launch approval processes.
This fully applies to the case of such a space object carrying a nuclear power source on board.
Governments that authorize orapprove space nuclear power source missions should establish safety policies, requirements and processes.
Preparations should be made to respond to potential emergencies involving a space nuclear power source.
The return of a spacecraft with a nuclear power source on board, in the event of malfunction and danger that radioactive material will fall to earth;
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Facilitating the harmonization of bilateral and multilateral nuclear power source applications in outer space;
This concern is more vivid vis-à-vis the environmental consequences of an uncontrolled re-entry in the atmosphere of the remains of a space object carrying a nuclear power source.
To provide a common basis for assuring the safety of nuclear power source applications in outer space;
The Russian Federation had provided detailed information on all aspects of the construction and flight of Mars 96,especially the safety provisions concerning the nuclear power source.
Comprehensive enough to encompass all foreseeable nuclear power source applications in outer space;
Effective leadership and management for safety should be established and sustained in the organization that conducts the space nuclear power source mission.
The United States subjects its planned nuclear power source applications in outer space to a safety analysis and risk assessment.
After re-entry into the Earth's atmosphere of a space object containing a nuclear power source on board and its components.
Principle 4 provides that a State launching a nuclear power source into outer space shall inform the Secretary-General on how States may obtain the results of a safety assessment carried out prior to that launch.
Further progress had been made on the drafts of documents A/AC.105/L.253 and L.254 concerning nuclear power source applications in outer space.
Safety testing of nuclear power source components and continuum mechanics modelling are used to understand how the nuclear power source and nuclear fuel will respond in a variety of accident scenarios.
The government's mission approval process should verify that the rationale for using the space nuclear power source application has been appropriately justified.
Principle 4 provides that a State launching a nuclear power source into outer space shall inform the Secretary-General of the United Nations on how States may obtain the results of the safety assessment prior to that launch.
In that connection the Committee took note of the report prepared by the Russian Federation entitled"Forecasting an emergency re-entry of a spacecraft with a nuclear power source" A/AC.105/1995/CRP.5.
Although principle 4 only provides that a State launching a nuclear power source into outer space shall inform the Secretary-General on how States may obtain the results of the safety assessment prior to that launch, the United States of America wishes in addition to provide the information below.
This assessment shall cover as well all relevant phases of the mission and shall deal with all systems involved, including the means of launching,the space platform, the nuclear power source and its equipment and the means of control and communication between ground and space.
The Cossini spacecraft provided a further such example, the United States having provided the Secretary-General with timely information as to how other countries could obtain the results of the environmental assessment made by that spacecraft,which was equipped with a nuclear power source.
The cooperation between Scientific and Technical Subcommittee andthe International Atomic Energy Agency in preparing the Safety Framework for Nuclear Power Source Applications in Outer Space was a good example of successful interagency cooperation within the United Nations.
Some delegations expressed the view that the use of nuclear power source systems in outer space was inevitable, in particular for deep space missions, and that proper measures should be taken to ensure the reliability and safety of the use of such technology in outer space activities.
The Working Group identified the following preliminary objectives for an international technically based framework of goals andrecommendations for the safety of planned and currently foreseeable nuclear power source applications in outer space.
Working paper submitted by the Working Group on the Use of Nuclear Power Sources in Outer Space: potential implementation options for establishing an international technically based framework of goals andrecommendations for the safety of planned and currently foreseeable nuclear power source applications.
The Subcommittee noted the recent successful launch by the United States of the first robotic scientific mission to Pluto,which was made possible by a nuclear power source, providing vital spacecraft power and instrument heating.
Note by the Secretariat on possible organizational plans for potential co-sponsorship of an effort to develop an international space nuclear power source technical safety standard and potential advice of the International Atomic Energy Agency to the Scientific and Technical Subcommittee in the preparation of such a standard.
The Working Group agreed that the four-year work plan constituted a basis for establishing a process and framework for developing data orother information that would facilitate future discussion on nuclear power source safety processes and standards.
In addition, the provisions of the Convention on Assistance in the Case ofa Nuclear Accident or Radiological Emergency should be applied in the case of an accident involving a nuclear power source used in space that could cause contamination of the environment.