The development of a large scale manufacturing method for the production of a stable zinc orthotitanate pigment is discussed. Major emphasis was placed on the evaluation of the radiation stability of Tektronix, Inc. pigments and of the conditions (time and temperature) leading to high reflection and high optical stability. Paints were formulated in OI-650 and in OI-650G vehicles from pigments which were prepared at various temperatures, some of which were chemically treated to remove ZnO. Ultraviolet irradiation tests of these paints were performed, and observations made regarding optimum pigment preparation parameters
Spin resonance studies of zinc orthotitanate, synthesis of new pigments, and design of new test faci...
Calculations of mixing conditions in the vapor reaction system established criteria for reactor desi...
Using zinc orthotitanate-pigmented potassium silicate paints for thermal control surface coating
The development of a large scale manufacturing method for the production of a stable zinc orthotitan...
The preparation and evaluation of zinc orthotitanate and of several new pigments and the environment...
The potential of zinc orthotitanate as a pigment for spacecraft thermal control was demonstrated. Th...
The development of a large scale manufacturing method for the production of a stable zinc orthotitan...
The development of a large scale manufacturing method for the production of a stable zinc orthotitan...
Both pigment and paint studies were conducted to determine the effect of calcination conditions on o...
Efforts to develop an engineering paint were concentrated on inorganic silicate-bonded systems as op...
A reserach project to develop space stable thermal control coatings for large surfaces is discussed....
The MOX method, i.e., the use of zinc and titanium oxalate precursors, has the distinct advantages o...
Reactive encapsulation methods for thermal stabilization of zinc orthotitanate resin paints for spac...
The evaluation and environmental testing of zinc orthotitanate pigments for use as space stable ther...
Pigment manufacturing development, binder development, environmental effects evaluations, and genera...
Spin resonance studies of zinc orthotitanate, synthesis of new pigments, and design of new test faci...
Calculations of mixing conditions in the vapor reaction system established criteria for reactor desi...
Using zinc orthotitanate-pigmented potassium silicate paints for thermal control surface coating
The development of a large scale manufacturing method for the production of a stable zinc orthotitan...
The preparation and evaluation of zinc orthotitanate and of several new pigments and the environment...
The potential of zinc orthotitanate as a pigment for spacecraft thermal control was demonstrated. Th...
The development of a large scale manufacturing method for the production of a stable zinc orthotitan...
The development of a large scale manufacturing method for the production of a stable zinc orthotitan...
Both pigment and paint studies were conducted to determine the effect of calcination conditions on o...
Efforts to develop an engineering paint were concentrated on inorganic silicate-bonded systems as op...
A reserach project to develop space stable thermal control coatings for large surfaces is discussed....
The MOX method, i.e., the use of zinc and titanium oxalate precursors, has the distinct advantages o...
Reactive encapsulation methods for thermal stabilization of zinc orthotitanate resin paints for spac...
The evaluation and environmental testing of zinc orthotitanate pigments for use as space stable ther...
Pigment manufacturing development, binder development, environmental effects evaluations, and genera...
Spin resonance studies of zinc orthotitanate, synthesis of new pigments, and design of new test faci...
Calculations of mixing conditions in the vapor reaction system established criteria for reactor desi...
Using zinc orthotitanate-pigmented potassium silicate paints for thermal control surface coating