Add to ORKGMathematical model for calculation of optimal temperature desublimation in metal fluorides and the number of desublimation stages has been developed; it permits achieving the degree of base product recovery from gas-vapour mixture nearly to 100 %. Experimental checking of modeling results at uranium hexafluoride desublimation shows a good correlation with the theoretical data
A preliminary chemical flowsheet is presented of a fluoride volatility process for recovering and de...
Vapor species identification, absolute vapor pressures and heats of sublimation of refractory metal ...
Computer models have been developed to simulate the transient behavior of aerosols and vapors as a r...
To optimize the technological parameters of the process and to create the automatic regulation syste...
Fluoridizing agent for the process of topaz concentrate desiliconization has been selected, topaz th...
In this paper, we consider the process of obtaining the tungsten hexafluoride gas. On the basis of a...
Wide use of products from metal tungsten in various branches of a national economy is caused by uniq...
As part of a continuing program on the development of fluid-bed fluoride volatility processes, metho...
The thermochemical equilibrium calculations indicate that at the temperature of a propane--air flame...
The process of tungsten fluorides reduction by hydrogen is a component part of Fluoride technology o...
Wide use of products from metal tungsten in various branches of a national economy is caused by uniq...
The models of the desublimation of vapour in the flat channels, on the finned surfaces have been dev...
Mathematical model of UF[6] desublimation in a vertical immersion tank is presented in the article. ...
The excessive loss of uranium incurred when discarding magnesium fluoride, (the adsorber used to sel...
This dissertation details research aimed at the separation of Zr and Hf in the tetrafluoride form. S...
A preliminary chemical flowsheet is presented of a fluoride volatility process for recovering and de...
Vapor species identification, absolute vapor pressures and heats of sublimation of refractory metal ...
Computer models have been developed to simulate the transient behavior of aerosols and vapors as a r...
To optimize the technological parameters of the process and to create the automatic regulation syste...
Fluoridizing agent for the process of topaz concentrate desiliconization has been selected, topaz th...
In this paper, we consider the process of obtaining the tungsten hexafluoride gas. On the basis of a...
Wide use of products from metal tungsten in various branches of a national economy is caused by uniq...
As part of a continuing program on the development of fluid-bed fluoride volatility processes, metho...
The thermochemical equilibrium calculations indicate that at the temperature of a propane--air flame...
The process of tungsten fluorides reduction by hydrogen is a component part of Fluoride technology o...
Wide use of products from metal tungsten in various branches of a national economy is caused by uniq...
The models of the desublimation of vapour in the flat channels, on the finned surfaces have been dev...
Mathematical model of UF[6] desublimation in a vertical immersion tank is presented in the article. ...
The excessive loss of uranium incurred when discarding magnesium fluoride, (the adsorber used to sel...
This dissertation details research aimed at the separation of Zr and Hf in the tetrafluoride form. S...
A preliminary chemical flowsheet is presented of a fluoride volatility process for recovering and de...
Vapor species identification, absolute vapor pressures and heats of sublimation of refractory metal ...
Computer models have been developed to simulate the transient behavior of aerosols and vapors as a r...