摘要
Heavy water eoutcnts were determined for brines from Some salt lakes, and for water samples from rivers, springs and oil field by temperature-float method. Because the salt lakes studied are situated in cold, arid region of high altitude, the heavy water content in concentrated brines is much higher than that in rivers and springs due to vigorons evaporation, with a maximum value of 5.9 γ higher than that in running water of Peking. Discussion is also given to the dependence of heavy water variation upon season, depth of lake water, density, the degree of brine metamorphism,and crystallization of minerals containing crystalline water.
Heavy water contents were determined for brines from some salt lakes, and forwater samples from rivers, springs and oil field by temperature-float method. Becausethe salt lakes studied are situated in cold, arid region of high altitude, the heavywater content in concentrated brines is much higher than that in rivers and springsdue to vigorous evaporation, with a maximum value of 5.9 γ higher than that in run-ning water of Peking. Discussion is also given to the dependence of heavy watervariation upon season, depth of lake water, density, the degree of brine metamorphism,and crystallization of minerals containing crystalline water.
出处
《地球化学》
CAS
1975年第1期55-62,共8页
Geochimica