Hydrogen prnduced by the action of oxalic acid on aluminum is an effective agent for t.he re-moval of iron oxide coatings from mineral grains, and, because the method is rapid and simple, it is recommended for routine analvsis of granular materials. Data are presented to compare the results obtained by this method with those produced by the use of various other reagents
An extraction sequence in three steps with buffered hydroxylamine hydrochloride, oxalate and dithion...
The kinetics study of iron leaching from kaolin clay from the County of Agua Blanca (Mexico) was car...
The dust generated from the basic oxygen steelmaking (BOS) process is a waste material mainly contai...
Quartz sand of Mojosari deposit from Rembang, Central Java has been beneficiated using oxalic acid t...
The iron content of industrial minerals can be reduced by physical and chemical processing. Chemical...
The primary advantage of using oxalic acid is in the formation during leaching of soluble complexes ...
When describing clay minerals of natural origin one often has to take into account he possibility th...
Extraction of montmorillonite mineral with high content of iron oxide by means three organic acids (...
The aim of the work was to decrease the iron content of ferrous quartz sands by fixed-bed column lea...
The leaching with acids is one of many methods used for recovery of valuable components from industr...
In this study, optimum conditions of oxalic acid leaching to reduce iron content of the feldspar sup...
Oxalic acid was used for the removal of iron from the intermediates of ilmenite leached by KOH liquo...
The effect of galvanic coupling between magnetite and iron on their dissolution was investigated in ...
It has been shown that EDTA can selectively extract amorphous iron oxides from soils (Borggaard, 197...
The extraction ofnaturally occurring free iron oxides from soils and clays with oxalate solutions is...
An extraction sequence in three steps with buffered hydroxylamine hydrochloride, oxalate and dithion...
The kinetics study of iron leaching from kaolin clay from the County of Agua Blanca (Mexico) was car...
The dust generated from the basic oxygen steelmaking (BOS) process is a waste material mainly contai...
Quartz sand of Mojosari deposit from Rembang, Central Java has been beneficiated using oxalic acid t...
The iron content of industrial minerals can be reduced by physical and chemical processing. Chemical...
The primary advantage of using oxalic acid is in the formation during leaching of soluble complexes ...
When describing clay minerals of natural origin one often has to take into account he possibility th...
Extraction of montmorillonite mineral with high content of iron oxide by means three organic acids (...
The aim of the work was to decrease the iron content of ferrous quartz sands by fixed-bed column lea...
The leaching with acids is one of many methods used for recovery of valuable components from industr...
In this study, optimum conditions of oxalic acid leaching to reduce iron content of the feldspar sup...
Oxalic acid was used for the removal of iron from the intermediates of ilmenite leached by KOH liquo...
The effect of galvanic coupling between magnetite and iron on their dissolution was investigated in ...
It has been shown that EDTA can selectively extract amorphous iron oxides from soils (Borggaard, 197...
The extraction ofnaturally occurring free iron oxides from soils and clays with oxalate solutions is...
An extraction sequence in three steps with buffered hydroxylamine hydrochloride, oxalate and dithion...
The kinetics study of iron leaching from kaolin clay from the County of Agua Blanca (Mexico) was car...
The dust generated from the basic oxygen steelmaking (BOS) process is a waste material mainly contai...
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