单体浓度 meaning in English
monomer concentration
Examples
- Influence of different polymeric conditions , such as initiator concentration - > monomer concentration , temperature , t ime > solvent , on polymerization of monomers were investigated in detail
详细研究了聚合条件(引发剂含量、单体浓度、聚合温度、聚合时间、溶剂)对聚合反应的影响。 - Atr - ir , xps and colorimetric method were used to characterize the grafting density of the hydrophilic polymers on the plla membranes , which increased with the monomer concentration and the grafting time
采用atr - ir 、 xps和比色法表征了plla膜表面亲水性聚合物的接枝量，结果表明接枝量随单体浓度的提高和接枝时间的延长而增大。 - High performance nanofiltration composite membrane with varied permeating flux and salt rejection was obtained by changing the monomer concentrations in both phases properly . in the case of composite membrane ( ii ) , the concentration of organic phase was enhanced to 0 . 5 %
改变两相单体浓度可以获得不同通量和脱盐性能的纳滤复合膜，如适当提高有机相浓度至0 . 5得复合膜( ) 。 - Based on the theory of synthesis in inverse emulsion , five factors to influence the viscosity of product and the stability of the system were studied , such as the ratio of volume of oil to water , the type of emulsifiers , the type of initiators and the ratio and concentration of dac to am
讨论了引发剂种类、乳化剂种类、单体浓度及配比、油水体积比等因素对共聚产物的特性黏度和体系稳定性能的影响，确定了最佳反应条件。 - Only on the surfaces with moderate hydrophilicity could the cell have a polygonal shape and spread well . on the control plla and the grafted plla membranes with high density of hydrophilic polymers the cells were round shape and aggregated with each other to form cell aggregates
通过改变单体浓度和接枝时间，制备了一系列不同接枝量的plla - g - paam和plla - g - pmaa平面膜，并考察了材料表面不同的官能团以及材料表面的亲水性对细胞铺展性能的影响。