1) moisture transmission
湿传递
1.
Governing equation of heat and moisture transmission of building enclosure;
建筑围护结构热湿传递控制方程
2.
In this paper,two models on moisture transmission of moisture absorption and sweat discharge of fibers were developed according to two typical fiber structures.
文章根据两种典型的吸湿排汗纤维形态结构建立了平行圆柱孔和圆球堆积两种纤维湿传递模型,并分析了影响纤维芯吸速率的因素。
3.
It is important for developing new textiles to study the moisture transmission through fabric, even multi layer fabrics under subzero climate, which will guide a right way to dress.
所以,在低温环境下研究织物和多层织物集合体的湿传递特性对发展纺织新产品和指导人们正确着装很有意义。
2) moisture transfer
湿传递
1.
On the basis of reading papers,we sum up the researches of thermal comfort,try to outline the theoretical researches from three aspects:factors related to thermal comfort,the way heat and moisture transfer,and the basic formulations used in describing heat and moisture transfer quantitatively.
在大量阅读的基础上,试图从3个方面概要阐述对热舒适性的理论研究、热舒适性相关因素、热湿传递方式以及描述热湿传递的基础理论公式。
3) moisture transmitting
湿传递
1.
To study the moisture transmitting property of the microporous polyester staple fiber fabric,four kinds of fabrics were made with low stretch polyester interlaced yarn of 165 dtex/48 f as warp and spandex wrapped microporous polyester staple yarn of 14.
为了研究微多孔聚酯短纤维织物的湿传递性能,以165 dtex/48 f低弹涤纶网络丝为经纱、14。
4) water transmission
湿传递
1.
All of them are tested in wrinkle recovery,drapability,the ability of water transmission and dyeing.
研制微多孔吸湿排汗聚酯纱和竹炭吸湿排汗聚酯纱与棉纱的交织产品,测试比较所开发产品与纯棉制品的折皱回复性、悬垂性、湿传递性能和染色特征。
5) heat and moisture transfer
热湿传递
1.
A model of heat and moisture transfer in porous textiles with microencapsulated phase change materials;
附加相变微胶囊多孔织物热湿传递模型研究
2.
Experimental study and numerical simulation of one dimensional heat and moisture transfer in soil
土壤一维热湿传递实验研究与数值模拟
3.
The theoretical model of heat and moisture transfer in microclimate and the emulation software established by the author are used to imitate and analyse the heat conduction, convection, radiation and mass diffusion in a body-miroclimate-clothing system.
利用作者所建立的微小气候热湿传递理论模型,对人体表面、微小气候及服装间发生的导热、对流、辐射和质扩散等现象,利用Matlab语言编制的仿真软件进行了动态仿真。
6) water vapor method
汽态湿传递
1.
Tested fabrics were treated either by hydrophobically or hydrophilically ,and both the water vapor method and the sweat method were used to study the heat and moisture transfer properties of fabrics.
将实验用织物进行了亲水性和拒水性整理 ,使用织物微气候仪 ,利用汽态湿传递和液态湿传递方法研究了织物热湿传递性能。
补充资料：湿基湿含量
分子式：
CAS号：
性质：为了表示湿物料的含湿（水）量，常以单位质量湿物料为基准表示所含湿分（水分）的质量，称为湿基湿含量。参见湿含量条目。
CAS号：
性质：为了表示湿物料的含湿（水）量，常以单位质量湿物料为基准表示所含湿分（水分）的质量，称为湿基湿含量。参见湿含量条目。
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