一些具有工业重要性的物质的奥斯特瓦尔德溶解度系数。
Ostwald solubility coefficients of some industrially important substances.
作者信息
Sherwood R J
出版信息
Br J Ind Med. 1976 May;33(2):106-7. doi: 10.1136/oem.33.2.106.
Abstract
Solubility coefficients in blood for benzene, toluene, and xylene were determined as 6.5, 16, and 42 respectively. In lard and olive oil, which were taken to represent human fat, corresponding values were about 450, 1300, and 3900. The coefficient for vinyl chloride in lard and olive oil was 20; the value in blood was too low to be determined by the technique used. Trichloroethylene, used as a marker, was found to have a coefficient in lard of 660, and in olive oil of 710, rather lower values than have been accepted for fat.
摘要
苯、甲苯和二甲苯在血液中的溶解度系数分别测定为6.5、16和42。在代表人体脂肪的猪油和橄榄油中，相应的值约为450、1300和3900。氯乙烯在猪油和橄榄油中的系数为20；血液中的值太低，无法用所使用的技术测定。用作标记物的三氯乙烯在猪油中的系数为660，在橄榄油中的系数为710，比脂肪公认的值要低。
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3
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