| 1. | Critical micelle concentration cmc
临界胶束浓度 |
| 2. | Critical micelle concentration
临界胶束浓度 |
| 3. | Critical micelle concentration
临界胶束浓度 |
| 4. | In this study they attempted to predict the critical micelle concentration ( cmc )
在研究中，他们尝试着预测临界胶态粒子浓度( cmc ) 。 |
| 5. | Each surfactant manifests a characteristic concentration ? critical micelle concentration ( cmc ) ? at which micelles of characteristic size will form
每一种表面活性剂有一个特有的浓度? ?临界胶团浓度( cmc ) ? ?形成特定尺寸胶团的浓度。 |
| 6. | Studying surface tension of different concrete additives is helpful for additive choice in application and critical micelle concentration ( cmc ) is reference for the proper dosage of additives
在混凝土中掺入适量的ns 、 pn或ss可以降低新拌混凝土的振动粘度系数。 |
| 7. | Their structures were confirmed by ir , and the properties of these surfactants such as acid number , interfacial tension , and critical micelle concentration and so on were studied
通过红外光谱确定了产物的结构，并对有机硼表面活性剂的酸值、表面张力以及临界胶束浓度等性能进行了研究。 |
| 8. | Based on the theory of shrinkage , capillary force theory , the influence of road concrete additives in common use on surface tension of water is studied , and the results show that the influence of water reducer is very small whereas shrinkage - reducing agent and air entrainer can reduce surface tension of solution significantly . the relation between surface tension and additive dosage are non - linear relation . each additive has an obvious critical micelle concentration ( cmc )
从混凝土收缩的基本理论? ?毛细管张力理论出发,通过道路混凝土外加剂对水的表面张力的影响研究发现,减水剂对水的表面张力的影响很小,而减缩剂和引气剂可以大幅度降低溶液的表面张力,溶液的表面张力随外加剂的掺量呈非线性形式降低,而且都存在临界胶束浓度。 |
