Add to ORKGThe results of thermodynamic analysis of arsenic, antimony and bismuth distribution between copper matte and discard slag in reverberatory smelting at 1573 K are shown in this paper. On the basis of chemical analysis of the melt samples taken during stable operation of the reverb furnace No.2 in the Copper Smelter and Refinery, RTB Bor (Yugoslavia), the dis-tribution coefficients of As, Sb, and Bi between copper matte and slag are calculated. The influence of the matte grade on the minor element distribution coefficients between coppe
The present article continues the series reviewing the thermochemistry of complex multicomponent pyr...
As a fundamental study to develop a new process for treating iron-lead base alloys, "speiss", with a...
New experimental data on the distributions of silver (Ag), bismuth (Bi), and antimony (Sb) between l...
The equilibrium distribution measurements of As, Sb and Bi between molten copper and white metal and...
Computer simulation was used for thermodynamic evaluation of the distribution behavior of minor elem...
Feeding Waste Printed Circuit Boards (WPCBs) into existing pyrometallurgical processes is developing...
The distribution behaviour of various elements between liquid copper, matte and slag was discussed t...
Due to the increasing complexity of materials processed in primary and secondary lead smelting, bett...
A transportation method was used to evaluate the activity coefficients of the minor elements, As, Bi...
To address the increasing complexity of feed materials to pyrometallurgical processes, an integrated...
An integrated experimental study and thermodynamic modelling approach has been used in the investiga...
With increasing impurity contents in concentrates, the control of the minor elements is an important...
With increasing impurity contents in concentrates, the control of the minor elements is an important...
This paper presents the results of investigation of the effect of slag composition and the slag bas...
This paper presents the results of investigating the dependence of distribution coefficient LS/MMe ...
The present article continues the series reviewing the thermochemistry of complex multicomponent pyr...
As a fundamental study to develop a new process for treating iron-lead base alloys, "speiss", with a...
New experimental data on the distributions of silver (Ag), bismuth (Bi), and antimony (Sb) between l...
The equilibrium distribution measurements of As, Sb and Bi between molten copper and white metal and...
Computer simulation was used for thermodynamic evaluation of the distribution behavior of minor elem...
Feeding Waste Printed Circuit Boards (WPCBs) into existing pyrometallurgical processes is developing...
The distribution behaviour of various elements between liquid copper, matte and slag was discussed t...
Due to the increasing complexity of materials processed in primary and secondary lead smelting, bett...
A transportation method was used to evaluate the activity coefficients of the minor elements, As, Bi...
To address the increasing complexity of feed materials to pyrometallurgical processes, an integrated...
An integrated experimental study and thermodynamic modelling approach has been used in the investiga...
With increasing impurity contents in concentrates, the control of the minor elements is an important...
With increasing impurity contents in concentrates, the control of the minor elements is an important...
This paper presents the results of investigation of the effect of slag composition and the slag bas...
This paper presents the results of investigating the dependence of distribution coefficient LS/MMe ...
The present article continues the series reviewing the thermochemistry of complex multicomponent pyr...
As a fundamental study to develop a new process for treating iron-lead base alloys, "speiss", with a...
New experimental data on the distributions of silver (Ag), bismuth (Bi), and antimony (Sb) between l...