1) wetting and wicking
吸湿和芯吸
1.
Measuring method of wetting and wicking feature of woven fabric based on image processing
基于图像处理的机织物吸湿和芯吸特征的测试方法(英文)
2) wicking
[英]['wikiŋ] [美]['wɪkɪŋ]
芯吸
1.
The influence of gas type,treatment time,and post-treatment dyeing on the wicking and drying properties of the treated fabrics were studied.
通过芯吸高度、润湿时间、干燥时间和接触角进行吸湿快干效果的评价。
2.
The wicking behavior of compact and ring spun yarns and knitted fabrics made from them is assessed.
评价了集聚纺和环锭纺细纱及其织物的芯吸性能。
3.
By using the capillary effect testing method, the wicking heights of 8 pieces of double-faced interlock fabrics, which are in the same structure but different raw materials, are investigated.
通过毛细效应试验方法,对8块同一组织、不同原料双面复合双罗纹针织物的芯吸高度进行测试,研究了原料、测试时间以及染整方式对针织物液体传递性能的影响关系。
3) absorption of moisture
吸潮,吸湿
4) Moisture absorption
吸湿
1.
Research on properties of moisture absorption & perspiration elimination fiber and fabric and some problems in dyeing & finishing;
吸湿排汗纤维和织物的性能及染整中若干问题的研究
2.
Kinetic analysis of moisture absorption and retention for HA and two new types of chitin moisturizers;
透明质酸与两种甲壳素类新保湿剂的吸湿/保湿动力学
3.
Moisture Absorption & Moisture Conductivity of Functional Polyester Fiber and Its Products;
功能性涤纶纤维及其产品的吸湿导湿性能
5) Moisture adsorption
吸湿
1.
Under different air temperature and relative humidity conditions, when protracting the moisture adsorption time, the moisture content increase and influences of initial moisture content, temperature and relative humidity on rice cracking caused by moisture adsorption were studied.
05% 的早稻83007处在不同空气温度和相对湿度条件下,随着吸湿时间的延长,稻谷含水量的变化及其原始含水量、温度和相对湿度对稻谷吸湿产生裂纹的影响。
6) absorption
[英][əb'sɔ:pʃn] [美][əb'sɔrpʃən]
吸湿
1.
Some kinds of alginate wound dressings with different fiber structure and fabr ic structure were studied, and their effects on the absorption behavio r of the dressings wer e analyzed.
测试了几种含不同纤维结构和不同织物结构的海藻酸医用敷料 ,并分析了纤维结构和织物结构对吸湿性能的影
2.
In the study of moisture absorption and desorption in composites, Fick s law is often used to describe the diffusion process of water in the composites.
在研究复合材料层合板的吸湿和退湿过程中,常常采用菲克定理来描述水分在层合板中的扩散过程。
补充资料:吸湿
分子式:
CAS号:
性质:树脂基复合材料,在一定环境条件下吸收水分,其特点为:(1)吸湿主要发生在树脂上;(2)吸湿过程是可逆的;(3)吸湿随温度和时间变化甚大,吸湿至一定量后不再增加水分含量,即达到平衡。每一种基体都有其各自的最大吸湿量;吸湿量与吸湿速率与复合材料纤维铺叠有关,也与纤维体积含量有关。复合材料吸湿后由于树脂的塑化,将引起树脂的溶胀并破坏树脂与纤维的界面,表现为复合材料力学性能的下降和玻璃化转变温度降低,其中高温力学性能下降最为明显,尤其是层间剪切强度和压缩强度。吸湿以及湿热综合作用下力学性能变化已成为复合材料性能的主要评定依据。
CAS号:
性质:树脂基复合材料,在一定环境条件下吸收水分,其特点为:(1)吸湿主要发生在树脂上;(2)吸湿过程是可逆的;(3)吸湿随温度和时间变化甚大,吸湿至一定量后不再增加水分含量,即达到平衡。每一种基体都有其各自的最大吸湿量;吸湿量与吸湿速率与复合材料纤维铺叠有关,也与纤维体积含量有关。复合材料吸湿后由于树脂的塑化,将引起树脂的溶胀并破坏树脂与纤维的界面,表现为复合材料力学性能的下降和玻璃化转变温度降低,其中高温力学性能下降最为明显,尤其是层间剪切强度和压缩强度。吸湿以及湿热综合作用下力学性能变化已成为复合材料性能的主要评定依据。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条