Measurements of evaporation rates of zinc in three different residual gases, e.g., argon, carbon monoxide, and hydrogen at one atmosphere pressure, were made. It was found that the rate of evaporation of zinc in one atmosphere of argon was almost the same as that in carbon monoxide, while the rate in hydrogen was almost twice the rate in argon or carbon monoxide. Measurements of evaporation rate of zinc in one atmosphere of argon-oxygen mixtures were also made. The evaporation rate was considerably reduced because the formation of the oxide film retards the zinc vapor escaping from the evaporating surface --Abstract, page iii
The kinetics of the dissolution of zinc in aqueous solutions of ammonia and ethylenediamine under ox...
Molten zinc chloride has been used as a solvent and catalyst for the hydrocracking of heavy oils and...
The present work is a continuation of the previous investigations of Gross and Warrington and Liu in...
An experimental study has been made to investigate the effect of argon and helium on the rate of eva...
Evaporation rates of liquid zinc were determined experimentally within the temperature range of 450º...
The article presents the results of studies on the rate of zinc evaporation in the atmosphere of hel...
The purpose of this Thesis is to try to show the effect which certain variables, which are always pr...
A study is made of the factors influencing the rare of solution of Zn in H2SO4. The conditions of th...
The aim of this work was to assess the influence of H2O, HCl, and H2S on the condensation and releas...
A study of the condensation of a metal vapor in an inert carrier gas is made. Superheated zinc vapor...
Zinc dust is produced by an atomisation process in which air at 17 atmospheres pressure is directed ...
Volatilization behavior of various sulfides accompanied with zinc concentrate was first estimated fr...
dissertationOff-gas dust wastes from steelmaking processes contain a number of by-product metals, wh...
A series of experiments was conducted to determine the efficacy of using copper and bronze sheet and...
In the conventional Imperial Smelting Process, the dominating pyrometallurgical zinc production proc...
The kinetics of the dissolution of zinc in aqueous solutions of ammonia and ethylenediamine under ox...
Molten zinc chloride has been used as a solvent and catalyst for the hydrocracking of heavy oils and...
The present work is a continuation of the previous investigations of Gross and Warrington and Liu in...
An experimental study has been made to investigate the effect of argon and helium on the rate of eva...
Evaporation rates of liquid zinc were determined experimentally within the temperature range of 450º...
The article presents the results of studies on the rate of zinc evaporation in the atmosphere of hel...
The purpose of this Thesis is to try to show the effect which certain variables, which are always pr...
A study is made of the factors influencing the rare of solution of Zn in H2SO4. The conditions of th...
The aim of this work was to assess the influence of H2O, HCl, and H2S on the condensation and releas...
A study of the condensation of a metal vapor in an inert carrier gas is made. Superheated zinc vapor...
Zinc dust is produced by an atomisation process in which air at 17 atmospheres pressure is directed ...
Volatilization behavior of various sulfides accompanied with zinc concentrate was first estimated fr...
dissertationOff-gas dust wastes from steelmaking processes contain a number of by-product metals, wh...
A series of experiments was conducted to determine the efficacy of using copper and bronze sheet and...
In the conventional Imperial Smelting Process, the dominating pyrometallurgical zinc production proc...
The kinetics of the dissolution of zinc in aqueous solutions of ammonia and ethylenediamine under ox...
Molten zinc chloride has been used as a solvent and catalyst for the hydrocracking of heavy oils and...
The present work is a continuation of the previous investigations of Gross and Warrington and Liu in...