Absorption rate sticking probabilities for oxygen on columbium and dilute columbium- zirconium alloys
Absorption rate sticking probabilities for oxygen on niobium and dilute niobium-zirconium alloys
Barrett, C. A.↗
Engineering topics
Barrett, C. A.
Publications and source records attributed to Barrett, C. A..
Mechanism and kinetics of corrosion of selected iron and cobalt alloys in refluxing mercury
Mechanism and kinetics of iron and cobalt alloys corrosion in refluxing mercury
Barrett, C. A.↗
Vacuum requirements for high-temperature testing of columbium alloy systems and components
Contamination effect of niobium alloy at high temperatures in vacuum environments
VACUUM↗
Compatibility of columbium and tantalum tubing alloys with refluxing potassium
Corrosion resistance of niobium and tantalum tubing alloys to refluxing potassium
POTASSIUM↗
Corrosion of materials by refluxing mercury at temperatures above 1000 deg f
Corrosion of metals in mercury vapor at high temperatures - stainless steels, martensitic chromium steels, cobalt & nickel alloys and refractory metals
MARTENSITIC STEEL↗
Solid solubility and lattice parameter of nio- mno.
Lattice parameter of nickel oxide-manganese oxide solid solutions
CRYSTAL LATTICE↗
Oxygen ''pumping efficiency'' of refractory metals
Oxygen diffusion into refractory metals- niobium
REFRACTORY METAL↗
Oxidation of Columbium-Chromium Alloys at Elevated Temperatures
Screening studies of the oxidation characteristics of binary alloys of columbium (Ref. 1) showed that chromium was an additive element worthy of intensive study. The screening studies showed that chromium additions were especially helpful in decreasing the oxidation rate of columbium at 10000deg C and were somewhat less beneficial at 12000deg C. It is the purpose of this investigation to study the oxidation characteristics of binary columbium-chromium alloys in more detail.
Barrett, C. A.↗