43 research outputs found
Preparation of S-13 experimental coatings Final report, Oct. 29, 1963 - Aug. 31, 1965
Elastomeric methyl silicone polymer thermal control coating evaluation with Pegasus spacecraf
Development of space-stable thermal-control coatings Triannual report, Jan. 20 - Jun. 20, 1966
Thermal stability of double zirconium silicate pigment coatings, and of potassium silicate treated zinc oxide and silicone paint
Development of space-stable thermal-control coatings Triannual report, Sep. 20, 1965 - Jan. 20, 1966
Space stable thermal control surface coatings - inorganic pigments and ultraviolet photolysis of methyl silicone polymer
Development of space-stable thermal-control coatings Triannual report, 1 Nov. 1967 - 29 Feb. 1968
Reactive encapsulation methods for thermal stabilization of zinc orthotitanate resin paints for spacecrafts material
Study of in-situ degradation of thermal control surfaces
Experimental technique used in study of damage mechanism to semiconductor pigments exposed to ultraviolet radiation can be adapted for investigations of surface chemistry and may be used analytically to determine contamination
Development of S-13G-type coatings as engineering materials Final report, 1 Sep. 1966 - 31 Aug. 1968
S-13G type thermal control coatings for space application
Development of space stable thermal control coatings Triannual report, 1 May - 30 Sep. 1970
Using zinc orthotitanate-pigmented potassium silicate paints for thermal control surface coating
Investigation of environmental effects on coatings for thermal control
Accomplishments made during study of coatings are reported. Development of structure/property theory for selecting most appropriate pigments for space vehicle paints is discussed along with improvements made in zinc-oxide pigmented potassium silicate paint
The behavior of several white pigments as determined by in situ reflectance measurements of irradiated specimens
Reflectance measurements of irradiated specimens of zinc oxide and zinc orthotitanate white pigment material
Summary of investigations of light scattering in highly reflecting pigmented coatings
Light scattering in highly reflecting pigmented coatings - silver bromide and particle suspensions and paint film