Location

Howard Johnson Plaza-Hotel, Columbia/ Atlantis Rooms

Start Date

25-4-1996 1:00 PM

End Date

25-4-1996 4:00 PM

Description

This paper describes some of the advanced technology instruments produced by the Instrumentation Development Laboratories at Kennedy Space Center. These systems contribute to the realization of the goals of “better, faster, cheaper” set by the NASA Administrator and provide a steady stream of inventions which benefit the commercial marketplace through NASA’s Commercialization and Dual Use Programs. The paper discusses advanced sensors and systems developed in the technical disciplines of cryogenic and toxic gas detection, leak location, hydrogen flame detection, data acquisition, navigation and positioning, payload contamination monitoring, non-destructive inspection, and the specific contributions made to improve safety and efficiency of the Space Shuttle checkout and launch process. These technologies are government programs or for technology transfer to the commercial sector.

Comments

Current and Future Launch Vehicles and Facilities

Session Chairman: Erik C. Anderson, USAF, Chief Space Launch Division, Assistant Secretary of the Air Force Acquisition

Session Organizer: Gil Gilbert

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Apr 25th, 1:00 PM Apr 25th, 4:00 PM

Paper Session III-A - Advanced Development of Ground Instrumentation as a Key Strategy in Improving the Safety and Efficiency of Space Shuttle Checkout and Launch

Howard Johnson Plaza-Hotel, Columbia/ Atlantis Rooms

This paper describes some of the advanced technology instruments produced by the Instrumentation Development Laboratories at Kennedy Space Center. These systems contribute to the realization of the goals of “better, faster, cheaper” set by the NASA Administrator and provide a steady stream of inventions which benefit the commercial marketplace through NASA’s Commercialization and Dual Use Programs. The paper discusses advanced sensors and systems developed in the technical disciplines of cryogenic and toxic gas detection, leak location, hydrogen flame detection, data acquisition, navigation and positioning, payload contamination monitoring, non-destructive inspection, and the specific contributions made to improve safety and efficiency of the Space Shuttle checkout and launch process. These technologies are government programs or for technology transfer to the commercial sector.

 

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