Experimental results show that, under both conventional (20℃) and subzero (-20℃) climate, the accumulation of condensates on fabric surfaces increases almost linearly with time and the rate of moisture transfer through fabrics is little affected by the ac
Experimental results show that, under both conventional (20℃) and subzero (-20℃) climate, the accumulation of condensates on fabric surfaces increases almost linearly with time and the rate of moisture transfer through fabrics is little affected by the ac
结果显示：水浴的水气蒸发量（模拟人体出汗）、织物表面水凝结量和透过织物的水气蒸发量随时间的变化均呈近似线性增长，说明了织物湿阻与表面水凝结是无关的。