Accuracy of three methods for determination of oxygen in potassium at concentrations less than 20 parts per million
Accuracy of vacuum distillation, vacuum amalgamation, and neutron activation analyses of oxygen traces in potassium
Engineering topics
Publications and source records attributed to Rosenblum, L..
Accuracy of vacuum distillation, vacuum amalgamation, and neutron activation analyses of oxygen traces in potassium
Contamination effect of niobium alloy at high temperatures in vacuum environments
Evacuated apparatus determines the alkali oxide content of an alkali metal by separating the metal from the oxide by amalgamation with mercury. The apparatus prevents oxygen and moisture from inadvertently entering the system during the sampling and analytical procedure.
Space power system material compatibility tests of selected refractory metal alloys with boiling potassium
Static capsule measurement of sodium vapor pressure from 0.5 to 120 atm
Vapor pressure of sodium from 0.5 to 120 atmospheres by static capsule apparatus
Corrosion of metals in mercury vapor at high temperatures - stainless steels, martensitic chromium steels, cobalt & nickel alloys and refractory metals
Liquid metal technology for high temperature heat transfer, working fluid, and electrical applications
Corrosion by liquid alkali metals of high temperature materials in space reactors
Oxygen diffusion into refractory metals- niobium
Theory, testing, and analysis of liquid metal corrosion - mercury and plutonium liquid alloys
Sodium vapor pressure determination
Explore the source record for details and available documents.
Explore the source record for details and available documents.