Terzi R, Catenacci G, Marcaletti G
G Ital Med Lav. 1985 Sep-Nov;7(5-6):187-91.
Some authors proposed mathematical models that, starting from standardized conditions of environmental microclimate parameters, thermal impedance of the clothing, and energetic expenditure allowed the forecast of the body temperature and heart rate variations in respect to the basal values in subjects standing in the same environment. In the present work we verify the usefulness of these models applied to the working tasks characterized by standardized job made under unfavourable thermal conditions. In subject working in an electric power station the values of the body temperature and heart rate are registered and compared with the values obtained by the application of the studied models. The results are discussed in view of the practical use.
一些作者提出了数学模型，这些模型从环境微气候参数、衣物的热阻以及能量消耗的标准化条件出发，能够预测处于相同环境中的受试者相对于基础值的体温和心率变化。在本研究中，我们验证了这些模型应用于在不利热条件下进行的标准化工作任务的实用性。在一家发电站工作的受试者身上记录了体温和心率值，并与应用所研究模型得到的值进行比较。从实际应用的角度对结果进行了讨论。
