1) moisture absorption & moisture evaporation rate
吸放湿速率
2) Moisture Adsorption Rate
吸湿速率
1.
The moisture adsorption rate of lotus fiber was the quickest,flax fiber in the second place,and the cotton fiber was the slowest.
结果表明:莲纤维具有较好的吸、放湿性能,其吸、放湿回潮率均高于棉纤维和亚麻纤维;莲纤维的吸湿速率最高,亚麻居中,棉纤维最低;3种纤维的放湿速率比较接近,莲纤维略高于棉纤维和亚麻纤维。
3) moisture liberation rate
放湿速率
1.
The moisture liberation rate of the three fibers was approximate,and lotus fiber was slightly higher than the others.
在标准状态下,测定了莲纤维的吸、放湿特征曲线,并由此推导出莲纤维在达到吸、放湿平衡过程中,回潮率对时间的回归方程以及吸、放湿速率方程。
4) humidity absorption and release
吸湿放湿
5) Heat and moisture absorbing and desorbing
热湿吸放
6) moisture absorption and desorption
吸放湿
1.
Study on moisture absorption and desorption process of inner building envelope have absorbed more and more attention of researchers, but relative researches are too less, with people s request for indoor thermal environment and construction energy conservation enhanced, the research in this field beco.
建筑围护结构内表面吸放湿特性影响室内空气湿度和湿负荷。
2.
By analyzed the heat and moisture transfer characteristics of porous media,based on existed theories and experimental researches,the humidity model was established which considered the moisture absorption and desorption process of inner building envelope.
通过分析多孔介质的热湿特性,在已有的理论和试验研究的基础上,建立了考虑建筑围护结构内表面吸放湿作用的室内湿负荷模型。
补充资料:提吸速率
分子式:
CAS号:
性质:火焰原子吸收光谱分析时,液体试样由雾化器转化为气溶胶的速率,即试样溶液被雾化器吸喷的速率,又称试液提升量。以ml·min-1表示。提吸速率过低会影响测定灵敏度,过高时溶剂挥发使火焰温度降低,也影响灵敏度,一般在4~6ml·min-1为宜。
CAS号:
性质:火焰原子吸收光谱分析时,液体试样由雾化器转化为气溶胶的速率,即试样溶液被雾化器吸喷的速率,又称试液提升量。以ml·min-1表示。提吸速率过低会影响测定灵敏度,过高时溶剂挥发使火焰温度降低,也影响灵敏度,一般在4~6ml·min-1为宜。
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