A REVIEW OF HIGH TEMPERATURE COATINGS FOR REFRACTORY METALS
High temperature coating techniques for the oxidation protection of refractory metals and alloys, noting advantages of the pack cementation process
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High temperature coating techniques for the oxidation protection of refractory metals and alloys, noting advantages of the pack cementation process
Bibliography - refractory inorganic coatings for temperatures over 2500-deg c
Oxygen diffusion into refractory metals- niobium
Refractory metals for thermal protection systems
Refractory oxide materials for use in high temperature pebble-bed wind tunnel heat exchangers
Thermal stability of refractory and ceramic materials in atomic reactors, rockets, and jet engines
Lithium-boiling potassium refractory metal loop facility
High temperature electrical properties of insulators and compatibility with refractory metals
Determination of weldability and elevated temperature stability of refractory metal alloys
High temperature research in vacuum - magnesium oxide and zirconium dioxide interaction with refractory metal carbides, nitrates, and borides
Bending test for measuring ductility of refractory metal alloy weldments
Sublimation rate of rhenium measured for determining source of contamination - vaporization of thermionic refractory materials
Fatigue data for refractory alloys at elevated temperatures in ultrahigh-vacuum environments
Protective coating systems for refractory metal used in rocket engine nozzles - rocket engine test firing
Formulas for radiative heat transfer between nongray parallel plates of polished refractory metals
Calibration and evaluation of refractory metal thermocouples of tungsten or tungsten-rhenium alloys
Vaporization of thermionic refractory materials
Methods of applying iridium to refractory metal substrate, chemical and mechanical behavior of coating substrate system, and qualitative oxidation tests