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本文采用的毒性指数(TI)概念是指潜艇舱室空气组分现场定量检测的浓度,同潜艇舱室空气组分溶许浓度之间的比值,它有可能对每种化合物的相对毒性和相对重要性作出快速的评价,也是现场定量检测结果毒理学解释的依据,对于正确估价艇内状态有一定实用价值。根据我国潜艇舱室空气组分定量检测浓度,对16种舱室空气组分进行了Tl分析。结果发现,潜艇内4～5个艇室Tl_(30)>1的化合物主要是丙烯醛和二氯甲烷,而化合物TI_(30)>1的舱室主要为二、四、五和六舱。因此,对上述二种气体应予以足够的重视,并要注意监测
The Toxicity Index (TI) concept used in this paper refers to the concentration of the airborne component of a submarine’s cabin measured quantitatively on site, as a ratio to the concentration of the air component of the submarine’s cabin, it is likely that the relative toxicity and relative importance of each compound Making a quick assessment is also the basis for the toxicological interpretation of quantitative test results on site, which has some practical values for correctly assessing the state of a boat. According to the quantitative detection of airborne components in our submarine cabin, Tl analysis was performed on the air components in 16 kinds of compartments. As a result, it was found that the compounds with Tl_ (30)> 1 of 4 to 5 boats in the submarine were mainly acrolein and methylene chloride, while the compounds of TI_ (30)> 1 were mainly in the second, fourth, fifth and sixth compartments. Therefore, the two gases should be given enough attention, and pay attention to monitoring