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THERMAL TRANSFERS IN WET HYPERBARIC ENVIRONMENT

机译:湿双曲线环境中的热传递

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The heat losses of human body are greater in underwater environment than in dry, normal atmosphere, due to the great heat capacity of water. Body temperature of divers in immersion was studied taking into account the pressure the divers are subjected to. The theoretic equation that describes the total heat transfer- at both levels: skin and respiratory system- was established, considering conduction, convection and respiratory gas heating and humidification. The body temperature of the divers was measured in a series of dives at different depths of immersion, conducted in the wet simulator of the Diving Center, in Constanta. The experimental results were in good accordance with the temperature predicted by the mathematical model.
机译:由于水的高热容量,在水下环境中人体的热损失要比在干燥的正常大气中要大。考虑了潜水员承受的压力,研究了潜水员在浸入水中的体温。考虑传导,对流以及呼吸气体的加热和加湿,建立了描述总热量传递的理论方程式-在两个级别:皮肤和呼吸系统-。潜水员的体温是在康斯坦萨省潜水中心的湿式模拟器中,在不同的浸入深度进行的一系列潜水中测量的。实验结果与数学模型预测的温度吻合良好。

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