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首页> 外文期刊>Vlakna a Textil >EFFECTS OF MULTILAYER CLOTHING SYSTEM ON TEMPERATURE AND RELATIVE HUMIDITY OF INTER-LAYER AIR GAP CONDITIONS IN SENTRY COLD WEATHER CLOTHING ENSEMBLE
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EFFECTS OF MULTILAYER CLOTHING SYSTEM ON TEMPERATURE AND RELATIVE HUMIDITY OF INTER-LAYER AIR GAP CONDITIONS IN SENTRY COLD WEATHER CLOTHING ENSEMBLE

机译：多层衣物系统对哨兵冷风衣物中层间空气间隙条件的温度和相对湿度的影响

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摘要

The cold effects on sentry and the inter-layer air gaps microclimate conditions in cold weaker multi-layer clothing ensembles used by the Armed Forces of Ukraine was analyzed. Comparative testing of two outer item variations for sentry cold weather clothing ensembles was conducted by human trials (n=10) and wireless body area network IBK3.4 in real time at a temperature of-18±1℃, a relative humidity of 15±10% and a wind speed of 5-10 m/s. The basic parameters of the upper inter-layer air gap microclimate of multilayer clothing system were obtained under real usage conditions. In order to improve outer item design and material the optimization of temperature and relative humidity sensor measurement points suggested. The results are significant for predicting of the maximum sentry comfort time and for optimization of a quantitative and qualitative composition of the wireless body area network sensors.
机译：分析了乌克兰武装部队使用的较弱的多层多层服装组合中对哨兵的寒冷影响和层间气隙微气候条件。通过人体试验（n = 10）和无线人体局域网IBK3.4，在温度为18±1℃，相对湿度为15±的实时环境下，对哨兵寒冷天气服装的两个外部项目变化进行了对比测试。 10％，风速为5-10 m / s。在实际使用条件下，获得了多层服装系统上层间气隙微气候的基本参数。为了改善外部物品的设计和材料，建议优化温度和相对湿度传感器的测量点。该结果对于预测最大的哨兵舒适时间以及优化无线人体局域网传感器的定量和定性组成具有重要意义。

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