Примеры использования Development of small satellites на Английском языке и их переводы на Русский язык
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It was reported that various universities in Japan had been very active in the development of small satellites.
For example, there are projects for development of small satellites and systems for them“Sputnix” LLC, TwinSat project.
It was stated that the cost of available launchers was limiting the current and future development of small satellites.
The main areas of cooperation include the development of small satellites and ground control systems of satellites. .
The development of small satellites will not replace that of large satellites, as the goals and issues involved are often different.
The main areas of cooperation include the development of small satellites and ground control systems for satellites. .
During the poster session, a total of 20 posters,covering a broad range of technical topics related to the development of small satellites.
The experiences gained and lessons learned in the development of small satellites were often directly applicable in the development of larger satellites. .
During the poster session, a total of 27 posters,covering a wide range of technical topics related to the development of small satellites, were presented.
Because of their comparatively low cost, the development of small satellites is within the reach of developing countries and countries with limited resources for space activities.
In cooperation with academic institutions from around the world the Programme provides long-term fellowship opportunities for education in various fields relating to space applications and in the development of small satellites.
That was also the case with infrastructures required for the development of small satellites, which in many cases could also be used or upgraded for the purpose of developing larger satellites; .
This may also include the creation of an online forum and the hosting of databases containing information on matters such as opportunities for the sharing of manufacturing andtesting infrastructures and equipment for the development of small satellites;
The University of Surrey had provided such assistance in the development of small satellites under 100 kg to Chile, Pakistan, Portugal and the Republic of Korea and even to small countries in Europe that had decided to initiate a space programme.
In addition, the parties presented their space programs and discussed proposals on such areas of cooperation in the development of the aerospace industry as space communication systems; rocket-carriers and space rocket complexes;space remote sensing systems of the Earth; development of small satellites; development of components of space technology.
The current and future development of small satellites is closely linked to the appearance of new, low-cost launchers(Pegasus, Taurus etc.) and lower-cost launch opportunities on existing vehicles for example, Ariane-4 or small canisters on the Space Shuttle.
The University of Surrey in the United Kingdom of Great Britain and Northern Ireland had,for example, provided such assistance in the development of small satellites below 100 kg to Chile, Pakistan and the Republic of Korea, and even to small countries in Europe that decided to initiate a space programme.
Two new initiatives,for the observation of climate change using earth observation satellites and for the joint development of small satellites by space agencies in the Asia-Pacific region, had been launched at the session of the Forum which, it was hoped, could serve as a model for regional space cooperation.
The first presentation was about the development of small satellite programmes.
At the Workshop, it was clearly demonstrated that developing countries could benefit greatly from promoting space activities through the development of small satellite programmes.
Slightly larger satellite buses were the focus of the presentations on innovative system architectures for the development of small satellite systems in Japan and on the Proba spacecraft family developed in Belgium, which was providing small mission solutions for Earth observation and science applications.
Specific payload-related issues were discussed in presentations addressing the advantages of utilizing nano- and small satellite formations for technology, science and education; the adaptation and miniaturization of existing payloads so that they could be carried on increasingly smaller satellite platforms;the fruitful links that could be established between academia and industry for the development of small satellite technologies; and current possibilities for ordering off-the-shelf parts for CubeSat platforms via the Internet.
Key programme areas are magnetospheric and ionospheric research, astronomical studies, remote sensing, observation of the Earth's atmosphere and environment and specialized industrial competence,including development of small cost-efficient satellites.
The limited availability of launch opportunities andtheir cost continued to seriously constrain the development and exploitation of small satellites, and new launcher solutions were at least a decade away.
Key programme areas are magnetospheric and ionospheric research, astronomical studies, remote sensing, observation of the Earth's atmosphere and environment, andspecialized industrial competence, including the development of small, cost-effective satellites.
Surrey Satellite Technology Ltd. was well known for its development of a series of small satellites(100-500 kg class) that could provide developing countries with affordable access to space.
The primary objectives of the symposiums are to review the utility of small satellites and to harness accumulated experience in small satellite development for the purpose of conceptualizing national small satellite development programmes.
The workshop participants reviewed the advancements made in Africa in the development and utilization of small satellites in the light of the recommendations made by previous workshops organized by the IAA Subcommittee on Small Satellites for Developing Nations.
The primary objectives of the Symposium were to review the usefulness of small satellites and to harness accumulated experience in small satellite development for the purpose of conceptualizing national small satellite development programmes as well as to contribute to the development of indigenous capabilities in small satellite technology in the participants' institutions.
The French space agency CNES had created a working group on small satellites at the end of 1993 to propose recommendations for the development of a series of small satellites complementing the SPOT system, at a cost less than 300 million French francs per mission and with a development time of two years.