To study the number of ethylene oxide (EO) groups effect on the flotation of rutile, three collectors with different EO number were evaluated: AC1203 (with three EO number), AC1210 (with ten EO number), AC1215 (with fifteen EO number). In addition to the flotation experiments, zeta potential measurements, collector adsorption experiments and XPS analysis were conducted to elucidate the adsorption mechanism. The results of flotation demonstrated that dodecylamine polyoxyethylene ether exhibited a profound collecting ability towards rutile mineral, it was worth mentioned that the recovery of rutile decreased with the increase of EO number. On the basis of zeta potential tests and XPS analysis, both protonated and neutral tertiary amine groups...
Abstract: The interaction of flotation reagents with metal and mineral surfaces have been studied wi...
Lead hydroxyl compounds are known as rutile flotation of the traditional activated component, but th...
The effect of ethyl thioglycolate organic small molecule inhibitors on chalcopyrite molybdenite flot...
In this study, the flotation separation of rutile from almandine using cationic surfactant Octadecyl...
The effects of Pb(II) ions and Al(III) ions on the electro kinetic and flotation behavior of rutile ...
A study was carried out to find a replacement for benzyl arsenic acid (BAA) that was used in the rut...
The microstructure and mechanism of styryl phosphoric acid (SPA) adsorbed at the rutile–water interf...
The synergetic effect of four octaphenyl polyoxyethyienes (TX) on low temperature flotation of schee...
The flotation of rutile can be enhanced using lead ion as an activator. However, the binding behavio...
Micaceous minerals, known as layer silicates, are counted mostly as the gangue minerals associated w...
It is necessary to exploit an easy and effective way to obtain flotation collector. In this paper, o...
Iron ore mineral processing techniques are constantly challenged with the emergence of complex gangu...
Reverse froth flotation is the most commonly used concentration method for iron ores, where the quar...
In general, the flotation of minerals containing titanium needs to be activated by metal ions due to...
Kerosene is widely used as a collector in molybdenite flotation. However, it can only adsorb on moly...
Abstract: The interaction of flotation reagents with metal and mineral surfaces have been studied wi...
Lead hydroxyl compounds are known as rutile flotation of the traditional activated component, but th...
The effect of ethyl thioglycolate organic small molecule inhibitors on chalcopyrite molybdenite flot...
In this study, the flotation separation of rutile from almandine using cationic surfactant Octadecyl...
The effects of Pb(II) ions and Al(III) ions on the electro kinetic and flotation behavior of rutile ...
A study was carried out to find a replacement for benzyl arsenic acid (BAA) that was used in the rut...
The microstructure and mechanism of styryl phosphoric acid (SPA) adsorbed at the rutile–water interf...
The synergetic effect of four octaphenyl polyoxyethyienes (TX) on low temperature flotation of schee...
The flotation of rutile can be enhanced using lead ion as an activator. However, the binding behavio...
Micaceous minerals, known as layer silicates, are counted mostly as the gangue minerals associated w...
It is necessary to exploit an easy and effective way to obtain flotation collector. In this paper, o...
Iron ore mineral processing techniques are constantly challenged with the emergence of complex gangu...
Reverse froth flotation is the most commonly used concentration method for iron ores, where the quar...
In general, the flotation of minerals containing titanium needs to be activated by metal ions due to...
Kerosene is widely used as a collector in molybdenite flotation. However, it can only adsorb on moly...
Abstract: The interaction of flotation reagents with metal and mineral surfaces have been studied wi...
Lead hydroxyl compounds are known as rutile flotation of the traditional activated component, but th...
The effect of ethyl thioglycolate organic small molecule inhibitors on chalcopyrite molybdenite flot...