| 1. | Fundamental research on the miniemulsion polymerization to prepare magnetic composite particles was carried out
在用细乳液聚摘要吕二日目侣目目. . |
| 2. | In situ preparation of nano - silica polymethylmethacrylate composite particles by two - step inverse microemulsion method
超细羟基磷灰石颗粒的反相微乳液合成 |
| 3. | Study on characterization of core - shell nano - al2o3 ps composite particles and toughening polystyrene prepared by sls
复合粒子的表征及增韧选区激光烧结聚苯乙烯的研究 |
| 4. | Sem . particle size and zeta potential were used to characterize the properties of the composite particles
本研究还讨论了干式冲击法中，母粒子的粒径均匀性对复合效果的影响。 |
| 5. | The improved pick - up mechanism is still employed to calculate composite particle emission in this model
在这一模型中，整个核反应粒子发射过程中严格遵守了角动量，宇称守恒和能量守恒。 |
| 6. | The formula of cumulative weight percentage at different particle sizes , which was in the case of composite particle size distribution , was proposed
摘要提出了在矿砂粒径尺寸级配情况下，不同粒径的筛下累积含量公式。 |
| 7. | Finally , the as - prepared composite particles size and morphology as well as their properties were summarized and compared in the dissertation
最后，对所制备的各复合颗粒的形态、性能及其电磁场响应性进行了比较和总结。 |
| 8. | Keywords : sedimentation velocity and potential , electrophoretic mobility , electric conductivity , charged composite particle , charged porous particle , arbitrary double - layer thickne
关键词：沉降速度与电位、电泳可动度、电导度、带电复合粒子、带电多孔性粒子、任意电双层厚度。 |
| 9. | Compared with uncoated graphite , contact angle with water of all of the composite particles are much smaller and decreased gradually with the increase of the coating amount
包覆后，各类复合粉体与水的接触角都比未处理石墨低，而且随着包覆率增大，接触角有进一步降低的趋势。 |
| 10. | The size and distribution of polyacrylate / caco3 latex and composite particles were determined by dynamic laser scattering . the morphological structures of latex particles were investigated through tem
借助动态光散射粒径分析仪、 tem分别考察了acr胶乳和复合胶乳粒径及其分布、乳胶粒的微观形态结构。 |
