Add to ORKGNew variants of quantative models of attended mechanism of leaching or complete dissolution oxidable minerals using theirs acid-basic properties in acid bath have been worked out
Iron oxide in samples of clay containing 8.15% iron oxide was leached in aqueous oxalic acid and hyd...
Acid mine drainage (AMD) results from biogeochemical oxidation of iron and sulfur minerals in floode...
The development of an appropriate solid-state kinetic model which represents the leaching process of...
The leaching processes for metals using organic substances represent a sustainable approach to recov...
Mineral leaching is the key unit operation in metallurgical processes and corresponds to the dissolu...
Model for quantitative analysis of the concentration of phosphorus removed (relative to the final pH...
As an alternative to species distribution diagrams (pM vs pH curves in aqueous solution) drawn for a...
© Commonwealth Scientific and Industrial Research Organisation (CSIRO) 2017. Fundamental Dissolution...
A mathematical model has been developed for the more critical section of a proposed molybdenite/nitr...
Sulfuric acid is extensively used in uranium production with In-Situ Leaching method. The influence ...
The geochemical processes governing the release of heavymetal contaminants from solid waste material...
A model is developed to describe the leaching of major soluble inorganics (the sulphate and chloride...
A number of sulfide minerals of copper, nickel and iron can only be effectively leached by methods t...
Leaching of ulexite in oxalic acid, which is an organic acid, was studied. The parameters were solid...
Mine leachates from gold tailings impoundments usually contain elevated concentrations of metals and...
Iron oxide in samples of clay containing 8.15% iron oxide was leached in aqueous oxalic acid and hyd...
Acid mine drainage (AMD) results from biogeochemical oxidation of iron and sulfur minerals in floode...
The development of an appropriate solid-state kinetic model which represents the leaching process of...
The leaching processes for metals using organic substances represent a sustainable approach to recov...
Mineral leaching is the key unit operation in metallurgical processes and corresponds to the dissolu...
Model for quantitative analysis of the concentration of phosphorus removed (relative to the final pH...
As an alternative to species distribution diagrams (pM vs pH curves in aqueous solution) drawn for a...
© Commonwealth Scientific and Industrial Research Organisation (CSIRO) 2017. Fundamental Dissolution...
A mathematical model has been developed for the more critical section of a proposed molybdenite/nitr...
Sulfuric acid is extensively used in uranium production with In-Situ Leaching method. The influence ...
The geochemical processes governing the release of heavymetal contaminants from solid waste material...
A model is developed to describe the leaching of major soluble inorganics (the sulphate and chloride...
A number of sulfide minerals of copper, nickel and iron can only be effectively leached by methods t...
Leaching of ulexite in oxalic acid, which is an organic acid, was studied. The parameters were solid...
Mine leachates from gold tailings impoundments usually contain elevated concentrations of metals and...
Iron oxide in samples of clay containing 8.15% iron oxide was leached in aqueous oxalic acid and hyd...
Acid mine drainage (AMD) results from biogeochemical oxidation of iron and sulfur minerals in floode...
The development of an appropriate solid-state kinetic model which represents the leaching process of...