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External sources (not reviewed)

[...] [...] networks had no spacecraft at those positions [...] [...]

[...] [...] International Global Monitoring Aerospace System Project Implementation; International Organization for Standardization; Japan Aerospace [...] [...]

[...] [...] jointly with the International Space University for young heritage conservation students in October 2003, and for the Arab States on the “Use of space technologies for natural and [...]

Some delegations expressed the view that, as the geostationary orbit was a limited resource at risk of becoming saturated, its use should be streamlined, giving priority to activities with a long-term perspective, leading to the achievement of the Millennium Development Goals (A/56/326, annex), while taking into account the conditions of equality of all countries irrespective of their current space capacities.

[...] [...] the National Aeronautics and Space Administration (NASA).

The redeployment of the post would improve planning and provide aerospace ground support equipment that would result in a safer and cost-effective approach to handling aircraft on the ground, refuelling, handling passengers, handling cargo, adhering to airfield and air terminal security standards and using emergency crash rescue vehicles and equipment in field missions.

In addition to the four United Nations treaties on outer space and related multilateral international instruments to which it is a party, Spain has concluded a number of bilateral agreements on cooperation in the field of space, including: the Agreement on Cooperation in the Exploration and Peaceful Use of Outer Space, concluded with the Russian Federation, which was signed in Madrid on 9 February 2006 and entered into force on 17 March 2010; the Scientific and Technical Cooperation Agreement with the United States of America of 28 January 2003, which provides for the establishment of a space-tracking station on Spanish territory; and the Space Cooperation Agreement, signed on 11 July 1991 with the United States, which provides for the landing of the United States space shuttle at certain Spanish airports in cases of emergency.

[...] [...] capabilities of a few spacefaring states.

Programme topics for that workshop would be, among others, (a) access to data and imagery from space missions through international data archives, (b) space mission project development, (c) concurrent design capability for the development of international space-related projects, (d) participation of developing countries in large international space-related projects, (e) case studies in the evaluation of the achievements of past United Nations/ESA workshops on basic space science and (f) astrophysics and space science of the solar system.

[...] business includes aerospace technology products, [...] [...]

In the framework of the newly launched “Space Education Project” (SEP), UNESCO organized in early 2002 an international essay contest for high school students on the theme “Space and Daily Life”, in cooperation with the European Space Agency, and an expert workshop on “Bridging Space and Education” in March 2003.

[...] that all space-faring parties should [...] [...]

(c) Cheong Lin Path, Sky City Road East, Sky Plaza Road South, Sky Plaza Drive, Sky Plaza Road, Airport North Interchange, Airport South Interchange, Chun Wan Road Interchange, a segregated left turning lane near Airport South Interchange and a segregated left turning lane near Airport North Interchange.

It is suitable for a wide range of machining from heavy-duty cutting of casting parts for construction machinery and vessel to high-speed cutting of aluminum parts for aerospace and automobiles.

Organized by the United Nations, the European Space Agency (ESA) and the National Aeronautics and Space Administration (NASA) of the United States, the Workshop was the first in a series of workshops on the International Heliophysical Year 2007 proposed by the Committee on the Peaceful Uses of Outer Space, based on discussion in its Scientific and Technical Subcommittee and reflected in the report of the Subcommittee (A/AC.105/848, paras. 181-192).

Aerodynamics, computer simulations, life [...] [...]

Similar efforts should be made with respect to biological, chemical and conventional weapons, the proliferation of ballistic missiles and space-launched vehicles in order to enhance international security and ensure that nuclear disarmament was not offset by a new arms race in those areas.

Nothing can stand in the way of the Democratic People’s Republic of Korea’s space development for peaceful purposes.

[...] [...] customers from the aviation and aerospace industry, [...] [...]

Around 500,000 highly-innovative companies already operate in Europe, in ten different industries (pharmaceuticals, aircraft and spacecraft, chemical, machinery and equipment, etc.), enjoying essential advantages like a highly skilled workforce, an entire supply chain and an efficient distribution network.

[...] sectors including Aviation, Healthcare, Education, [...]

[...] [...] of the European Space Agency in January 2011.

Obtaining the AS9100B certificate is in line with the Group’s long-term business direction in development of high potential and high valued-added PCB business in the aerospace industry in Europe, U.S.A. and China supplying PCB to aircraft manufacturers either directly or indirectly through their qualified components suppliers.

By contrast, speciality steel markets catering for the oil, gas and aerospace industries continued to enjoy robust demand conditions.

[...] [...] Russian Federal Space Agency in accordance [...] [...]

Between completing his degree in aerospace engineering at Technische Universität München (TUM) and receiving his postdoctorate in 1997, Dr. Norbert Riedel worked as a research assistant at the TUM's Institute of Hydraulic Machinery and Plants.

[...] [...] University of Aeronautics and Astronautics.

Hospitals, space and military programs, [...] [...]

The broadband characteristics, the small size and the outstanding performance permit new solutions for applications in numerous markets such as high speed digital testing and radio frequency testing (60 GHz WPAN), industrial, mobile communication, space and defence.