Sedov A V, Lukicheva T A, Akin'shin A V
Gig Sanit. 1990 Aug(8):34-7.
It is shown in the paper that sensitivity of human organism to the toxic action of toluene is not changed under exposure to the microclimate, producing allowable thermal state, and is increased under exposure to the heating microclimate leading to the development of maximum thermal state. Under toluene exposure in the concentration 300 mg/m3 resistance to the heating microclimate under the conditions of joint exposure to these factors is reduced, which is manifest in an earlier onset of the maximum thermal state in people under observation.
该论文表明，人体对甲苯毒性作用的敏感性在处于产生允许热状态的微气候环境中时不会改变，而在处于导致最高热状态的加热微气候环境中时会增加。在甲苯浓度为300毫克/立方米的暴露情况下，在这些因素联合暴露的条件下，对加热微气候的耐受性会降低，这表现为观察对象中最高热状态的更早出现。
