Being rather common in carbonate minerals, isomorphism has practical importance in the identification of these minerals. The percentage of CO2, which can be measured by using thermogravimaetry, is a function of the co...Being rather common in carbonate minerals, isomorphism has practical importance in the identification of these minerals. The percentage of CO2, which can be measured by using thermogravimaetry, is a function of the components involved in isomorphism. Therefore, thermal analysis can be used to determine the isomorphism contribution to the compositional characteristics of earbonate minerals.展开更多
文摘Being rather common in carbonate minerals, isomorphism has practical importance in the identification of these minerals. The percentage of CO2, which can be measured by using thermogravimaetry, is a function of the components involved in isomorphism. Therefore, thermal analysis can be used to determine the isomorphism contribution to the compositional characteristics of earbonate minerals.