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NASA - MSFC-SPEC-1443

OUTGASSING TEST FOR NON-METALLIC MATERIALS ASSOCIATED WITH SENSITIVE OPTICAL SURFACES IN A SPACE ENVIRONMENT

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Organization: NASA
Publication Date: 3 December 1987
Status: inactive
Page Count: 17

Document History

MSFC-SPEC-1443
January 10, 2020
OUTGASSING TEST FOR NONMETALLIC MATERIALS ASSOCIATED WITH SENSITIVE OPTICAL SURFACES IN A SPACE ENVIRONMENT
This Specification presents criteria for the evaluation of materials and defines the test method to be used to evaluate these materials. Programs are encouraged to develop criteria, specific to the...
MSFC-SPEC-1443 REV A
June 29, 2007
OUTGASSING TEST FOR NON-METALLIC MATERIALS ASSOCIATED WITH SENSITIVE OPTICAL SURFACES IN A SPACE ENVIRONMENT
This Specification presents criteria for the evaluation of materials and defines the test method to be used to evaluate these materials. Programs are encouraged to develop criteria, specific to the...
MSFC-SPEC-1443
December 3, 1987
OUTGASSING TEST FOR NON-METALLIC MATERIALS ASSOCIATED WITH SENSITIVE OPTICAL SURFACES IN A SPACE ENVIRONMENT
A description is not available for this item.

References

This document references:
E595 - Standard Test Method for Total Mass Loss and Collected Volatile Condensable Materials from Outgassing in a Vacuum Environment
May 1, 2015
This test method covers a screening technique to determine volatile content of materials when exposed to a vacuum environment. Two parameters are measured: total mass loss (TML) and collected...
This document is referenced by:
NASA-LLIS-0754 - Lessons Learned – Contamination Control of Space Optical Systems
Published by NASA on April 4, 2000
Practice: Contamination of space optical systems is controlled through the use of proper design techniques, selection of proper materials, hardware/component precleaning, and maintenance of...
This document is referenced by:
NASA-LLIS-0689 - Lessons Learned – Fiber-Reinforced Polymer Composite Material Selection
Published by NASA on March 9, 2000
Practice: Material selection is an important aspect of design. Often the success of the design is critically dependent on a material or materials performing as desired. This is especially true in the...
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