This paper presents an overview of the scientific payloads which will be flown aboard the Space Shuttle in the next era of spaceflight operations. In addition, planning for Space Station paylpads is now far enough along for us to identify many of the Space\u27 Stations\u27 major payload initiatives. Those payloads which are currently manifested for flight have their planned launch years noted. The Shuttle payloads may be either deployed from the Shuttle, deployed and retrieved for return to Earth, or they may remain in the payload bay for the entire mission, depending on the individual payload mission research objectives
An overview is given of current planning for use of the Space Shuttle and Spacelab for carrying out ...
NASA and the nation are again at a point of decision concerning the future direction of space explor...
Research facilities and payloads are being developed for the International Space Station, starting o...
The Flight Systems Division at NASA Headquarters in Washington, D.C., has overall management respons...
Current space policy limits the assignment of primary payloads on the Shuttle to those requiring man...
The International Space Station (ISS) will provide the means for a variety of research in space. For...
The internal, pressurized payloads used on early flight of the Space Station will consist of many pa...
As the Space Transportation System (STS) transitions to a fully operational system, the opportunitie...
The Kennedy Space Center is responsible for processing a large number of payloads for integration an...
Scientific and research payloads are fundamentally different from commercial satellites. This paper ...
This paper presents a sampling of space science missions currently planned or under study at the Jet...
This paper discusses the unique characteristics of this commercial payload and the impacts on payloa...
The Shuttle/Spacelab mode of orbital operations will provide the user community significant new capa...
NASA is now in the early operational phase of the Shuttle Program. The STS-5 mission has, for the fi...
Following the completion of the International Space Station assembly, the development and initiation...
An overview is given of current planning for use of the Space Shuttle and Spacelab for carrying out ...
NASA and the nation are again at a point of decision concerning the future direction of space explor...
Research facilities and payloads are being developed for the International Space Station, starting o...
The Flight Systems Division at NASA Headquarters in Washington, D.C., has overall management respons...
Current space policy limits the assignment of primary payloads on the Shuttle to those requiring man...
The International Space Station (ISS) will provide the means for a variety of research in space. For...
The internal, pressurized payloads used on early flight of the Space Station will consist of many pa...
As the Space Transportation System (STS) transitions to a fully operational system, the opportunitie...
The Kennedy Space Center is responsible for processing a large number of payloads for integration an...
Scientific and research payloads are fundamentally different from commercial satellites. This paper ...
This paper presents a sampling of space science missions currently planned or under study at the Jet...
This paper discusses the unique characteristics of this commercial payload and the impacts on payloa...
The Shuttle/Spacelab mode of orbital operations will provide the user community significant new capa...
NASA is now in the early operational phase of the Shuttle Program. The STS-5 mission has, for the fi...
Following the completion of the International Space Station assembly, the development and initiation...
An overview is given of current planning for use of the Space Shuttle and Spacelab for carrying out ...
NASA and the nation are again at a point of decision concerning the future direction of space explor...
Research facilities and payloads are being developed for the International Space Station, starting o...