COATINGS FOR THE AEROSPACE ENVIRONMENT
Abstract
Contents: Special distribution of UV light; Design of organic coatings for use in space; Protective UV absorbers in space; Evaluation of polymeric materials for space use; UV effects on high polymers and relation to radiation chemistry; Simulated solar irradiation and photochemical effects on plastic spacecraft materials; Decomposition of organic resins at high temperature in a vacuum; Materials effects in spacecraft thermal control; Reflective metal coatings; Power systems for astronautical applications; Selective coatings for extraterrestrial solar energy conversion, analysis; Use of optical interference to obtain selective energy absorption; High-temperature surface parameters for solar power; Low emissivity coatings for use at high temperatures; Ceramic coatings for control of reflectivity and emissivity of Inconel; Anodic coating for temperature control in space vehicles; Coatings for unfurlable reentry vehicle; Surface treatment of filters to improve dielectric coatings; Thermal stability of slightly soluble inhibitive salts and their properties.
Document Details
- Document Type
- Technical Report
- Publication Date
- Jul 01, 1961
- Accession Number
- AD0267310
Entities
People
- Robert M. Van Vliet