The study to determine whether a viable space station experiment program of 5 to 10 years duration could be defined that would reduce the projected program cost of $6 billion is presented. The options considered are limited to a six-man capability. The identification and description of the options, impact assessment of these options on the space station design, and the costs and schedules for encompassing each option are summarized. It is concluded that viable space station programs of 5 to 10 years duration are attainable; however, the 10-year program offers a significantly greater return on the investment
In 1982 a workshop was held to refine the science rationale for large deployable reflectors (LDR) an...
A user's handbook for the modular space station concept is presented. The document is designed to ac...
The development of definition of the modular space station is discussed. The modular approach was ev...
The design plan requirements define the design implementation and control requirements for Phase C/D...
The preliminary design, reference program, costs, and sortie and program options for the modular spa...
Computer systems program specifications are presented for the modular space station information mana...
The information management system (IMS) special emphasis task was performed as an adjunct to the mod...
Operations required to launch a modular space station and to provides sustaining ground operations f...
Major growth options for tended and manned space stations in LEO and GEO are examined including incr...
The feasibility of shuttle orbiter docking to the Space Operations Center (SOC) is studied. The in-o...
Mission selection, operational solar power, and public service platform of the space station systems...
NASA has been interested in wireless communications for many years, especially when the crew size of...
This document presents an overview of the characteristics and capabilities of the flight telerobotic...
Information is given in viewgraph form on the Spacehab company and its work on a pressurized module ...
This study was initiated to identify operations problems and cost drivers for current propulsion sys...
In 1982 a workshop was held to refine the science rationale for large deployable reflectors (LDR) an...
A user's handbook for the modular space station concept is presented. The document is designed to ac...
The development of definition of the modular space station is discussed. The modular approach was ev...
The design plan requirements define the design implementation and control requirements for Phase C/D...
The preliminary design, reference program, costs, and sortie and program options for the modular spa...
Computer systems program specifications are presented for the modular space station information mana...
The information management system (IMS) special emphasis task was performed as an adjunct to the mod...
Operations required to launch a modular space station and to provides sustaining ground operations f...
Major growth options for tended and manned space stations in LEO and GEO are examined including incr...
The feasibility of shuttle orbiter docking to the Space Operations Center (SOC) is studied. The in-o...
Mission selection, operational solar power, and public service platform of the space station systems...
NASA has been interested in wireless communications for many years, especially when the crew size of...
This document presents an overview of the characteristics and capabilities of the flight telerobotic...
Information is given in viewgraph form on the Spacehab company and its work on a pressurized module ...
This study was initiated to identify operations problems and cost drivers for current propulsion sys...
In 1982 a workshop was held to refine the science rationale for large deployable reflectors (LDR) an...
A user's handbook for the modular space station concept is presented. The document is designed to ac...
The development of definition of the modular space station is discussed. The modular approach was ev...