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A trace gas technique for measuring clothing microclimate air exchange rates

机译:微量气体技术用于测量服装的微气候空气交换率

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摘要

>Crockford, G. W., Crowder, M., and Prestidge, S. P. (1972).Brit. J. industr. Med.,>29, 378-386. >A trace gas technique for measuring clothing microclimate air exchange rates. The rate at which clothing microclimate air is exchanged for ambient air influences the sensible and insensible heat loss from the microclimate. Factors which influence this air exchange are clothing permeability, wind speed, body movements, clothing design, and fabric properties. The influence of the first four factors has been studied using a trace gas technique for measuring the rate at which microclimate air is exchanged for ambient air. The trace gas technique and the mathematical model describing the loss of the trace gas from the microclimate are described. The technique is shown to have a high resolving power, enabling small changes in the four factors studied to be identified, and as the method is also very quick detailed studies of garment design can be made.
机译:> Crockford,G. W.,Crowder,M.和Prestidge,S. P.(1972)。英国。 J.工业。 Med。,> 29, 378-386。 >一种用于测量服装小气候空气交换速率的痕量气体技术。将服装小气候空气与周围空气交换的速率会影响微气候的显热和显热损失。影响这种空气交换的因素是衣物的透气性,风速,身体运动,衣物设计和织物特性。已经使用痕量气体技术研究了前四个因素的影响,以测量微气候空气与周围空气交换的速率。描述了微量气体技术和描述微气候中微量气体损失的数学模型。该技术具有很高的分辨能力,可以确定所研究的四个因素的细微变化,并且由于该方法非常迅速,因此可以对服装设计进行详细的研究。

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