Add to ORKGFormula and process have been developed for coating refractory metal surfaces with high voltage electrical insulation for use at temperatures to 600 C. Coatings were specifically developed as an insulation for the surface of a perforated, molybdenum, ion-accelerator grid, but are not limited to this application
For the use of chromium steels in instrumentation, microelectronics, and electrical engineering, the...
The purpose of the paper is to expose the reader to a technology that may solve some of the toughest...
The nature of the environment in outer space and its significance for materials of construction of ...
To protect rocket metal surfaces from engine exhaust heat, a refractory thermal insulation mixture, ...
Heat sinks in electronic packaging can be flame sprayed with dielectric coatings of alumina or beryl...
Helium reduces bubbles in glass coatings of accelerator grids for ion thrustors. Fusing the coating ...
Methods of applying iridium to refractory metal substrate, chemical and mechanical behavior of coati...
Calculations performed for pulsating heat sources indicate a relatively thin (200-1000 micron) coati...
Foamed refractory oxides provide lightweight, reflective thermal insulation materials. The materials...
Applicability of iridium as protective coating for refractory metals - rates of interdiffusion of ir...
Iridium as high temperature protective coating for unalloyed niobium and tantalu
High temperature protective coating for refractory metals - electrodeposition and diffusion bonding ...
Three methods for applying ceramic coatings to wires were examined in depth and a fourth (chemical v...
High-emittance coatings of iron, calcium, and zirconium titanates thermally sprayed on stainless ste...
Iridium coatings for high temperature oxidation protection on tantalum, niobium, molybdenum, and tun...
For the use of chromium steels in instrumentation, microelectronics, and electrical engineering, the...
The purpose of the paper is to expose the reader to a technology that may solve some of the toughest...
The nature of the environment in outer space and its significance for materials of construction of ...
To protect rocket metal surfaces from engine exhaust heat, a refractory thermal insulation mixture, ...
Heat sinks in electronic packaging can be flame sprayed with dielectric coatings of alumina or beryl...
Helium reduces bubbles in glass coatings of accelerator grids for ion thrustors. Fusing the coating ...
Methods of applying iridium to refractory metal substrate, chemical and mechanical behavior of coati...
Calculations performed for pulsating heat sources indicate a relatively thin (200-1000 micron) coati...
Foamed refractory oxides provide lightweight, reflective thermal insulation materials. The materials...
Applicability of iridium as protective coating for refractory metals - rates of interdiffusion of ir...
Iridium as high temperature protective coating for unalloyed niobium and tantalu
High temperature protective coating for refractory metals - electrodeposition and diffusion bonding ...
Three methods for applying ceramic coatings to wires were examined in depth and a fourth (chemical v...
High-emittance coatings of iron, calcium, and zirconium titanates thermally sprayed on stainless ste...
Iridium coatings for high temperature oxidation protection on tantalum, niobium, molybdenum, and tun...
For the use of chromium steels in instrumentation, microelectronics, and electrical engineering, the...
The purpose of the paper is to expose the reader to a technology that may solve some of the toughest...
The nature of the environment in outer space and its significance for materials of construction of ...