AbstractBased on a physicochemical model of the fluorination of tungsten metal fluorine, we derived an equation for calculating the completeness of the use of fluorine depending on the dimensions of the reaction surface, fluorine feed as well as the temperature and the activity of the tungsten surface, which determine the value. The process of WF6 synthesis based on two-fold iteration’ the fluorination of tungsten – WF6 condensation’, which provides the performance of 5.22kg/hour WF6, the completeness of the use of fluorine >99.99% and the emission of harmful gases within maximum permissible concentration
The interrelated effects of temperature and fluorine concentration on fluorine-olefin reactions have...
Tungsten is the most promising first wall material for nuclear fusion reactors. One disadvantage, ho...
Basic thermodynamic and electrochemical data of pure actinide fluorides and their mixtures are requi...
AbstractBased on a physicochemical model of the fluorination of tungsten metal fluorine, we derived ...
In this paper, we consider the process of obtaining the tungsten hexafluoride gas. On the basis of a...
In this paper we consider the mathematical modelling of the process of obtaining tungsten hexafluori...
Wide use of products from metal tungsten in various branches of a national economy is caused by uniq...
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 process of tungsten fluorides reduction by hydrogen is a component part of Fluoride technology o...
The chemistry to manufacture high purity GeF{sub 4} and WF{sub 6} for use in the semiconductor indus...
Laboratory studies of a catalysed Fluorox process for the production of UF6 are described. The rates...
Results of four experimentul runs in the Fluorox fluidized bed reactor system are reported. The engi...
Reductive fluorination, which entails the substitution of O2– from oxide compounds with F– from fluo...
Abstract. The composition of the gas and solid phases for the metal (V, Nb, Ta, Mo, W, Re)-fluorine-...
The interrelated effects of temperature and fluorine concentration on fluorine-olefin reactions have...
Tungsten is the most promising first wall material for nuclear fusion reactors. One disadvantage, ho...
Basic thermodynamic and electrochemical data of pure actinide fluorides and their mixtures are requi...
AbstractBased on a physicochemical model of the fluorination of tungsten metal fluorine, we derived ...
In this paper, we consider the process of obtaining the tungsten hexafluoride gas. On the basis of a...
In this paper we consider the mathematical modelling of the process of obtaining tungsten hexafluori...
Wide use of products from metal tungsten in various branches of a national economy is caused by uniq...
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 process of tungsten fluorides reduction by hydrogen is a component part of Fluoride technology o...
The chemistry to manufacture high purity GeF{sub 4} and WF{sub 6} for use in the semiconductor indus...
Laboratory studies of a catalysed Fluorox process for the production of UF6 are described. The rates...
Results of four experimentul runs in the Fluorox fluidized bed reactor system are reported. The engi...
Reductive fluorination, which entails the substitution of O2– from oxide compounds with F– from fluo...
Abstract. The composition of the gas and solid phases for the metal (V, Nb, Ta, Mo, W, Re)-fluorine-...
The interrelated effects of temperature and fluorine concentration on fluorine-olefin reactions have...
Tungsten is the most promising first wall material for nuclear fusion reactors. One disadvantage, ho...
Basic thermodynamic and electrochemical data of pure actinide fluorides and their mixtures are requi...