Electrical conductivity on three salts, FDPMg, FDPNa and MgSO4 dissolved in water and plasma, was measured. The results indicated that three salts in water belonged to strong electrolyte and their conductivity varied ...Electrical conductivity on three salts, FDPMg, FDPNa and MgSO4 dissolved in water and plasma, was measured. The results indicated that three salts in water belonged to strong electrolyte and their conductivity varied very much. The limiting molar conductivity of FDPMg, FDPNa and MgSO4 at 25℃ calculated by linear fit was 0.02007, 0.03205, 0.02633 S·m2·mol-1,respectively. When concentration was 1×10-3 mol·dm-3（equal to blood concentration）, the molecule proportion of the three salts in water was: FDPNa （8.6%） <MgSO4（12.9%）<FDPMg（18.9%）; the molecule proportion of the three salts in plasma has not been confirmed at present.展开更多
文摘Electrical conductivity on three salts, FDPMg, FDPNa and MgSO4 dissolved in water and plasma, was measured. The results indicated that three salts in water belonged to strong electrolyte and their conductivity varied very much. The limiting molar conductivity of FDPMg, FDPNa and MgSO4 at 25℃ calculated by linear fit was 0.02007, 0.03205, 0.02633 S·m2·mol-1,respectively. When concentration was 1×10-3 mol·dm-3（equal to blood concentration）, the molecule proportion of the three salts in water was: FDPNa （8.6%） <MgSO4（12.9%）<FDPMg（18.9%）; the molecule proportion of the three salts in plasma has not been confirmed at present.
