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acid and 0.2 M sodium acetate buffer solution (pH 4) to the powder dolomitic limestones to dissolve calcite differentially, and the remaining dolomite was dissolved in 1 M HCl. These investigations have shown the effectiveness of the differential dissolution technique. However, the chemical separation process of the calcite and dolomite fractions for the dolomitic limestones can be further improved. Since the purification of citrate and sodium acetate used in the previous studies are difficult, acetic acid is more appropriate for trace element studies because it can easily be purified by distillation. Therefore, we aimed to improve the separation process of calcite and dolomite for dolomitic limestones by differential dissolution in acetic acid. This technique was used for some dolomitic limestones.

Differential dissolution technique for the geochemical separation of the calcite and dolomite of dolomitic limestones