The effect of microwave heating on magnetic processing of pyrite was investigated. Different size fractions of pyrite were treated (heated) in a microwave oven at 2.45 GHz frequency and different power levels. The microwave treated pyrite samples of -420 mum fraction were subjected to magnetic separation at magnetic field intensities of 0.1, 0.3 and 0.5 T. It was found that pyrite was converted to such ferromagnetic minerals as pyrothite and gamma-hematite, and magnetic separation recovery was improved after microwave treatment
Abstract Applying microwave heating, in substitution for conventional industrial process heating, r...
Abstract The recovery mechanism of manganese from low-grade pyrolusite was studied through microwav...
This study provides an understanding of the way in which microwave treatment affects the processing ...
Amenability of Askale coal to desulfinization by magnetic separation following microwave heating was...
The objective of this research project was to investigate the effect of microwave treatment on the c...
Abstract A growing interest in microwave heating has emerged recently. Several potential microwave ...
Iron ores containing ferrous minerals and sulphide minerals are specifically as several times active...
Iron ores containing ferrous minerals and sulphide minerals are specifically as several times active...
In this study, microwave heating characteristics of pyrite mineral and desulphurization of Aşkale Li...
We investigated the influence of microwave and conventional heating pretreatments on the grinding of...
The microwave permittivity and permeability of pyrite at frequencies of 915 and 2450 MHz were charac...
In this study, the applications of microwave energy in gold ore processing were investigated. An inv...
The microwave absorbing characteristics of magnetic separation products (magnetic and non-magnetic) ...
This paper reviews the development of microwave applications in mineral processing includes fundamen...
The influence of microwave treatment on the liberation of iron ore from the high phosphorus oo-litic...
Abstract Applying microwave heating, in substitution for conventional industrial process heating, r...
Abstract The recovery mechanism of manganese from low-grade pyrolusite was studied through microwav...
This study provides an understanding of the way in which microwave treatment affects the processing ...
Amenability of Askale coal to desulfinization by magnetic separation following microwave heating was...
The objective of this research project was to investigate the effect of microwave treatment on the c...
Abstract A growing interest in microwave heating has emerged recently. Several potential microwave ...
Iron ores containing ferrous minerals and sulphide minerals are specifically as several times active...
Iron ores containing ferrous minerals and sulphide minerals are specifically as several times active...
In this study, microwave heating characteristics of pyrite mineral and desulphurization of Aşkale Li...
We investigated the influence of microwave and conventional heating pretreatments on the grinding of...
The microwave permittivity and permeability of pyrite at frequencies of 915 and 2450 MHz were charac...
In this study, the applications of microwave energy in gold ore processing were investigated. An inv...
The microwave absorbing characteristics of magnetic separation products (magnetic and non-magnetic) ...
This paper reviews the development of microwave applications in mineral processing includes fundamen...
The influence of microwave treatment on the liberation of iron ore from the high phosphorus oo-litic...
Abstract Applying microwave heating, in substitution for conventional industrial process heating, r...
Abstract The recovery mechanism of manganese from low-grade pyrolusite was studied through microwav...
This study provides an understanding of the way in which microwave treatment affects the processing ...