1) organic humidity controlling material
有机调湿材料
1.
The moisture absorption and desorption characteristic of artificial zeolite,kaolin,PAA,PAM,AA-AM,AA-AM-artificial zeolite,AA-AM-kaolin were tested,and results showed that inorganic humidity controlling materials had a high absorbing and releasing moisture speed,but little moisture capacity.
结果表明:无机调湿材料吸放湿速度快,但湿容量小;有机调湿材料吸放湿速度中等或较慢,但湿容量大。
3) humidity-controlling material
调湿材料
1.
Experimental study on humidity control performance of environmental friendly humidity-controlling material;
环保型调湿材料的调湿性能试验研究
2.
The results shows that the new foamed concrete is an excellent humidity-controlling material which is excel the foamed concrete and clay brick in humidity-c.
结果表明,该材料调湿性能优于加气混凝土及烧结粘土砖,是优良的调湿材料。
3.
The working principle of humidity-controlling materials is analyzed,the types of the materials are introduced,and the current research and application of the materials are described.
分析了调湿材料的调湿原理,介绍了调湿材料的种类,阐述了调湿材料的研究与应用现状。
4) humidity controlling material
调湿材料
1.
The humidity controlling material is a kind of new multifunction material which can adjust indoor moisture automatically.
调湿材料是能自动调节室内湿度的一种新型多功能材料,本文对两种多孔无机矿物沸石和硅藻土孔径分布、比表面积以及吸湿、放湿性能进行了实验研究,作出其吸湿及放湿曲线,并分析微观形貌与其调湿性能差异的关系。
2.
The four series of air humidity controlling materials mainly developed in Japan in the past years and their properties and applications are reported.
在介绍调湿材料调节空气湿度原理的基础上,评述了日本学者关于调湿材料调湿特性好坏的四种观点。
3.
The present work is based on a commentary on the characteristic index of the humidity controlling material now available.
在评述现有关于调湿材料的调湿特性指标的基础上 ,利用热力学基本原理 ,从两相平衡的角度导出封闭空间调湿特性指标值的表达式 ,并对其进行分析说明 。
5) humidity control material
调湿材料
1.
Test methods of moisture adsorption/desorption performance of humidity control materials;
调湿材料吸放湿性能的测试方法
2.
after deriving the equations of heat and mass transfer in the humidity control material,the analytical solutions are achieved under the steady periodical boundary conditions.
在建立调湿材料内部热湿传递耦合方程的基础上,获得了板状调湿材料在周期性热湿条件下耦合方程的理论解,进而考察了封闭空间内调湿材料的吸放湿特性,发现封闭空间空气绝对湿度振幅与温度振幅之比为一常数。
6) humidity-control material
调湿材料
1.
It s pointed out that the integrated principle theory and scientific performance evaluation system of humidity-control materials should be set up as soon as possible and the humidity-control materials should be developed with high moisture sorption/desorption performance,high rate of moisture sorption/desorption,low cost,energy saving,no pollution,health and environmental protect.
系统讨论了国内外调湿材料的调湿机理、性能评价方法以及产品的研究进展,提出了国内调湿材料行业应尽快建立完整的机理理论和科学的性能评价体系,调湿材料应向吸放湿能力强、速度快、成本低、节能无污染、健康环保的产品方向发展。
2.
Therefore, producing inorganic intelligent humidity-control material, which is green and economical, is one of the main developments of building materials to control indoor humidity.
本文设计了调湿材料的测试与评价方法,对环境矿物材料海泡石、硅藻土、沸石等的吸放湿能力进行了比较系统的实验研究,并对海泡石、硅藻土和沸石进行了扫描电镜和X衍射实验,观察了样品形貌结构。
补充资料：调湿
分子式：
CAS号：
性质：指将气体的湿度和温度调整到预定的要求。调湿包括增湿和减湿，其过程主要是气体与水的相互作用，同时进行水汽与热量的传递。为保持气体连续维持所预定的湿度，多将增湿与减湿组合起来，用自动控制来调整。若调整的气体为空气时,则称之为空气调节。
CAS号：
性质：指将气体的湿度和温度调整到预定的要求。调湿包括增湿和减湿，其过程主要是气体与水的相互作用，同时进行水汽与热量的传递。为保持气体连续维持所预定的湿度，多将增湿与减湿组合起来，用自动控制来调整。若调整的气体为空气时,则称之为空气调节。
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