Add to ORKGHigh temperature protective coating for refractory metals - electrodeposition and diffusion bonding of iridium on tantalum to prevent oxidatio
High temperature oxidation tests on tantalum- tungsten alloy sheet for heat shield us
Improvements in high temperature oxidation resistant metal coating technology will allow NASA and co...
To protect rocket metal surfaces from engine exhaust heat, a refractory thermal insulation mixture, ...
Iridium coatings for high temperature oxidation protection on tantalum, niobium, molybdenum, and tun...
Methods of applying iridium to refractory metal substrate, chemical and mechanical behavior of coati...
Performance characteristics of iridium used as high temperature oxidation protective coating for ref...
Iridium as high temperature protective coating for unalloyed niobium and tantalu
Applicability of iridium as protective coating for refractory metals - rates of interdiffusion of ir...
High temperature protective coatings of iridium on tantalum, niobium, molybdenum, and tungste
Change in thickness and mechanical properties of iridium coating on molybdenum determined after heat...
Microbend tester and heat-treating apparatus development for study of high temperature protective co...
Physical property evaluation of oxidation resistant coating materials for high temperature protectio...
Material selection and electrophoretic deposition studies of high temperature oxidation resistant co...
Solubility and diffusion of oxygen in refractory metals measured by electrical resistivit
Coated tantalum alloys and refractory metal coatings for leading edge regions of hypersonic cruise v...
High temperature oxidation tests on tantalum- tungsten alloy sheet for heat shield us
Improvements in high temperature oxidation resistant metal coating technology will allow NASA and co...
To protect rocket metal surfaces from engine exhaust heat, a refractory thermal insulation mixture, ...
Iridium coatings for high temperature oxidation protection on tantalum, niobium, molybdenum, and tun...
Methods of applying iridium to refractory metal substrate, chemical and mechanical behavior of coati...
Performance characteristics of iridium used as high temperature oxidation protective coating for ref...
Iridium as high temperature protective coating for unalloyed niobium and tantalu
Applicability of iridium as protective coating for refractory metals - rates of interdiffusion of ir...
High temperature protective coatings of iridium on tantalum, niobium, molybdenum, and tungste
Change in thickness and mechanical properties of iridium coating on molybdenum determined after heat...
Microbend tester and heat-treating apparatus development for study of high temperature protective co...
Physical property evaluation of oxidation resistant coating materials for high temperature protectio...
Material selection and electrophoretic deposition studies of high temperature oxidation resistant co...
Solubility and diffusion of oxygen in refractory metals measured by electrical resistivit
Coated tantalum alloys and refractory metal coatings for leading edge regions of hypersonic cruise v...
High temperature oxidation tests on tantalum- tungsten alloy sheet for heat shield us
Improvements in high temperature oxidation resistant metal coating technology will allow NASA and co...
To protect rocket metal surfaces from engine exhaust heat, a refractory thermal insulation mixture, ...