Nevertheless, the water evaporation from the water bath, condensation on fabric surface and vapor transmission through the fabric is greater and the moisture vapor resistance smaller under the subzero (-20℃) climate than those under the conventional (20℃)
Nevertheless, the water evaporation from the water bath, condensation on fabric surface and vapor transmission through the fabric is greater and the moisture vapor resistance smaller under the subzero (-20℃) climate than those under the conventional (20℃)
在低温环境下(-20℃)，水浴的水气蒸发率（模拟人体出汗）、织物水凝结率和透过织物的水气蒸发率大，织物湿阻小，表明了织物表面湿阻与环境湿度是相关的。