Chem. investigations have been performed on deflocculated suspensions of kaolinite previously treated with two widely employed dispersants: sodium hexametaphosphate (NaHMP) and sodium disilicate (NaDIS). F. Andreola et al. (2006) showed remarkable differences in the rheol. behavior between untreated and treated samples. The release of ions by kaolinite dispersed in deflocculant solns. results strongly affected by the nature of the treatment. The chem. anal. of the soln. phase sepd. from the suspensions of treated and untreated kaolinite provides relevant information about the deflocculation mechanism of HMP and DIS and gives reason of the obsd. differences in the rheol. responses
The kinetics of dissolution of kaolinite in industrial spent liquor followed by the precipitation of...
The stability of particles plays an essential role in manipulating the properties of their suspensio...
Reported distress to an industrial structure from phosphate/sulfate contamination of kaolinitic foun...
Chem. investigations have been performed on deflocculated suspensions of kaolinite previously treate...
Suspensions of untreated and properly treated Na-exchanged kaolinite have been subjected to rheologi...
Concentrated dispersions (35% v, v) of ceramic grade kaolin dispersed with sodium hexametaphosphate ...
All inorganic additives in their optimal concentrations proved to be effective at reducing the initi...
Viscosity reduction of aqueous kaolin suspensions by conventional additives (deflocculation) is stud...
The deflocculation effect of conventional additives to kaolin suspensions is evaluated from the res...
Viscosity reduction of aqueous kaolin suspensions by conventional additives (deflocculation) is stud...
Freshwater has become increasingly scarce in many countries. To reduce the consumption of freshwater...
Suspensions of kaolinite and ceramic grade kaolin in sodium hexametaphosphate solutions at different...
Deflocculants adsorb on particles' surfaces, increase the repulsive forces among them, reducing visc...
Rheological behavior of kaolin suspensions deflocculated with sodium tripolyphosphate at different r...
Kaolinite is a common gangue mineral in iron ore and sodium silicate has been used widely as a dispe...
The kinetics of dissolution of kaolinite in industrial spent liquor followed by the precipitation of...
The stability of particles plays an essential role in manipulating the properties of their suspensio...
Reported distress to an industrial structure from phosphate/sulfate contamination of kaolinitic foun...
Chem. investigations have been performed on deflocculated suspensions of kaolinite previously treate...
Suspensions of untreated and properly treated Na-exchanged kaolinite have been subjected to rheologi...
Concentrated dispersions (35% v, v) of ceramic grade kaolin dispersed with sodium hexametaphosphate ...
All inorganic additives in their optimal concentrations proved to be effective at reducing the initi...
Viscosity reduction of aqueous kaolin suspensions by conventional additives (deflocculation) is stud...
The deflocculation effect of conventional additives to kaolin suspensions is evaluated from the res...
Viscosity reduction of aqueous kaolin suspensions by conventional additives (deflocculation) is stud...
Freshwater has become increasingly scarce in many countries. To reduce the consumption of freshwater...
Suspensions of kaolinite and ceramic grade kaolin in sodium hexametaphosphate solutions at different...
Deflocculants adsorb on particles' surfaces, increase the repulsive forces among them, reducing visc...
Rheological behavior of kaolin suspensions deflocculated with sodium tripolyphosphate at different r...
Kaolinite is a common gangue mineral in iron ore and sodium silicate has been used widely as a dispe...
The kinetics of dissolution of kaolinite in industrial spent liquor followed by the precipitation of...
The stability of particles plays an essential role in manipulating the properties of their suspensio...
Reported distress to an industrial structure from phosphate/sulfate contamination of kaolinitic foun...