The leaching behaviour of calcined magnesite with ammonium chloride has been studied to ascertain the effect of different variables viz. temperature, concentration of ammonium chloride, Particle size, calcination temperature, hydration and the effect of calcium chloride addition on the rate of dissolution. The rate of dissolution is not affected by ammonium chloride concentration. The reaction rate mechanism has been discussed in terms of the shrin-king core model for spheres. The activation energy for the leaching of particles of —75+63 gm calcined magnesite was found to be about 43.2 + 0.5 kJ mol'. It is indicated that the reaction is chemically controlled and the rate is proportional to the inverse of initial size of ma...
A laboratory method was designed and verified that allows for the testing of alkaline, magnesite-bas...
In this study, the effect of calcination temperature and time on the structure of calcinated magnesi...
Abstract: This study investigates the production of high-quality MgCl 2 from recycled waste magnesit...
135-138In this study, magnesite mineral was first calcinated between 800-1100 K for an hour and diss...
The dissolution kinetics of natural magnesite is carried out using formic acid as a leaching agent. ...
Magnesia is obtained from magnesite ore and the production process applied should remove accompanyin...
In this study, the dissolution kinetics of magnesite mineral with Cl-2 gas in aqueous media were inv...
In situ observations during atomic force microscopy experiments and ex situ observations after stati...
391-397Basic data on leaching of magnesite (MgCO3) with sulphuric acid are of interest from the poin...
One of the main steps in the wet flue gas desulphurization (WFGD) process is the dissolution of eith...
Dolomite is the main impurity mineral in magnesite ore, affecting the quality of magnesite products....
A novel numerical method is proposed in this paper to model the leaching of various types of cement ...
This study was motivated by several reasons including: 1) to assess the potential of magnesite preci...
In this study, the effect of calcination temperature and time on the structure of calcinated magnesi...
In this work, the dissolution step of the indirect mineral carbonation process was investigated; fir...
A laboratory method was designed and verified that allows for the testing of alkaline, magnesite-bas...
In this study, the effect of calcination temperature and time on the structure of calcinated magnesi...
Abstract: This study investigates the production of high-quality MgCl 2 from recycled waste magnesit...
135-138In this study, magnesite mineral was first calcinated between 800-1100 K for an hour and diss...
The dissolution kinetics of natural magnesite is carried out using formic acid as a leaching agent. ...
Magnesia is obtained from magnesite ore and the production process applied should remove accompanyin...
In this study, the dissolution kinetics of magnesite mineral with Cl-2 gas in aqueous media were inv...
In situ observations during atomic force microscopy experiments and ex situ observations after stati...
391-397Basic data on leaching of magnesite (MgCO3) with sulphuric acid are of interest from the poin...
One of the main steps in the wet flue gas desulphurization (WFGD) process is the dissolution of eith...
Dolomite is the main impurity mineral in magnesite ore, affecting the quality of magnesite products....
A novel numerical method is proposed in this paper to model the leaching of various types of cement ...
This study was motivated by several reasons including: 1) to assess the potential of magnesite preci...
In this study, the effect of calcination temperature and time on the structure of calcinated magnesi...
In this work, the dissolution step of the indirect mineral carbonation process was investigated; fir...
A laboratory method was designed and verified that allows for the testing of alkaline, magnesite-bas...
In this study, the effect of calcination temperature and time on the structure of calcinated magnesi...
Abstract: This study investigates the production of high-quality MgCl 2 from recycled waste magnesit...