文章以防寒服装为对象,采用暖体假人测试技术,参照ASTM F2732-16《Standard Practice for Determining the Temperature Ratings for Cold Weather Protective Clothing》测试并计算得到相应的标准总热阻和4 MET活动强度下适用的最低温...文章以防寒服装为对象,采用暖体假人测试技术,参照ASTM F2732-16《Standard Practice for Determining the Temperature Ratings for Cold Weather Protective Clothing》测试并计算得到相应的标准总热阻和4 MET活动强度下适用的最低温度,并将其与我国主要地区冬季的温度范围进行比较,研究防寒服装保暖性能测试和评价在我国市场的可行性和适用性。结果表明,采用暖体假人按照前述标准测试我国市场的防寒服装,并基于所使用的配套服装系列计算得到相应的标准总热阻结果稳定,重现性较好;防寒服装的4 MET活动强度下适用的最低温度可以评价其保暖性能同时覆盖了我国主要地区冬季的温度范围。展开更多
Yulin, a prefecture-l.eveL city in the Shanbei region of Shaanxi province, is famous for its wooL resources. WooLen cold weather clothing, which is estimated to become a new winter protection garment for consumers, is...Yulin, a prefecture-l.eveL city in the Shanbei region of Shaanxi province, is famous for its wooL resources. WooLen cold weather clothing, which is estimated to become a new winter protection garment for consumers, is one of the main products for Yulin's focaL economic development.展开更多
文摘文章以防寒服装为对象,采用暖体假人测试技术,参照ASTM F2732-16《Standard Practice for Determining the Temperature Ratings for Cold Weather Protective Clothing》测试并计算得到相应的标准总热阻和4 MET活动强度下适用的最低温度,并将其与我国主要地区冬季的温度范围进行比较,研究防寒服装保暖性能测试和评价在我国市场的可行性和适用性。结果表明,采用暖体假人按照前述标准测试我国市场的防寒服装,并基于所使用的配套服装系列计算得到相应的标准总热阻结果稳定,重现性较好;防寒服装的4 MET活动强度下适用的最低温度可以评价其保暖性能同时覆盖了我国主要地区冬季的温度范围。
文摘Yulin, a prefecture-l.eveL city in the Shanbei region of Shaanxi province, is famous for its wooL resources. WooLen cold weather clothing, which is estimated to become a new winter protection garment for consumers, is one of the main products for Yulin's focaL economic development.