Extensive space simulation testing of the IITRI (Illinois Institute of Technology Research Institute) paints Z-93, S13GLO-1, and YB-71, and their reformulated replacements using a new source of potassium silicate binder material (Kasil 2130) has been performed at The Aerospace Corporation using UV and electron radiation in vacuum. Measurements of the pretest and post-test solar absorptances indicated differences in performance for these materials. jg p.3.
Space Environmental Exposure of IITRI White Thermal Control Paints
1995
108 pages
Report
No indication
English
Coatings, Colorants, & Finishes , Materials Degradation & Fouling , Space Technology , Thermal properties , Space environments , Exposure(General) , Paints , Radiation damage , Simulation , Ultraviolet radiation , Degradation , Formulations , Vacuum , Test methods , Coatings , Titanium , Electron irradiation , Binders , Silicates , Potassium compounds , Yb-71 paint , S13glo-1 paint , S13gplo-1 paint
Thermal control paints and various materials for space use
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