Titlebook: Space Stations; Systems and Utilizat Ernst Messerschmid,Reinhold Bertrand Book 1999 Springer-Verlag Berlin Heidelberg 1999 astronomy.contro

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Environmental Control and Life Support System,in order to make life in space possible. In its first section, this chapter places the focus on human life and the requirements which should be fulfilled in order to establish a human presence in space. The second section will discuss all tasks of a life support system resulting from these requireme

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Microgravity,y effective on Earth. This state is reached, for example, aboard a space station in an Earth orbit, but also during free fall whenever a body can freely move within the dynamic equi librium of ferees between gravitational force and force of inertia. Physically, gravity cannot be “switched off. In th

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System Engineering,ely in one form or the other, such as the following:.In principal, any geometric configuration can be formed from these basic compo nents of a space station. For that reason, it is even more astonishing that the results of most of the configuration studies are only a few patterns which are very simi

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Synergisms,ought” become catch phrases, especially in discussions on political, social, or ecological issues. The attempt to use a more or less comprehensive approach is quite common in each of these areas, in order to find an optimum criteria-specific overall solution of a design problem by combining differen

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Logistics, Communications and Operation, to the station and vice versa. This chapter will address logistics, data processing and transmission, automation and also effective maintenance systems. The logistics and operational systems are important subsystems and largely relevant for determining the station’s orbit (altitude, inclination, at

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