| 1. | Test method for particle distribution of cathode carbonates by centrifugation sedimentation
阴极碳酸盐粒度分布的测定离心沉降法 |
| 2. | ( 2 ) it was very effective to describing the character of soil particle distribution by using multi - fractal method
( 2 )应用多重分形的方法来描述土壤粒径分布性质是非常有效的。 |
| 3. | ( 2 ) tamped soil with an attenuated phenomenon has been found for the first time through lab microstructure research and particle distribution test
( 2 )通过室内微观结构研究和颗分试验，首次发现强夯后地基土具有细化现象。 |
| 4. | At the same time , the study also found the grinding efficiency is lower obviously and the fines and particle distribution are greatly different when compare to the low ti bfs
同时，在相同粉磨条件下，高钛矿渣微粉的细度、粒度分布与普通高炉渣也有明显不同。 |
| 5. | According to the soil particle distribution theory and the fractal theory , this paper studied soil structural property of seven different forest types and grassland
摘要运用土壤粒径质量分布原理与分形理论，对淄川峨庄流域内7种林分和对照荒草地的土壤结构特徵进行研究。 |
| 6. | Some new materials was summarized and diffusion performance of the lithium ion , particle distribution , grain size , and specific surface area , etc , were analyzed
讨论了最新的材料研究进展，分析了锂离子在活性材料中的扩散性能、电极材料粒度分布及粒径大小、比表面积等因素对锂离子电池大电流放电性能的影响。 |
| 7. | The processes influencing the particle size , distribution of micro - prwder of graphite is studied by orthogonal layout in this paper . for certain particle distribution , the optimizing process is scheduled
本文综述了我国在煤系高岭土的煅烧、超细磨工艺等方面的研究现状、煅烧高岭土的用途、以及研究中存在的问题。 |
| 8. | The processes influencing the particle size , distribution of micro - prwder of graphite is studied by orthogonal layout in this paper . for certain particle distribution , the optimizing process is scheduled
采用正交试验方法考察了几种工艺条件对石墨粉碎分级制品的粒径、粒度分布的影响，对于某一粒度分布，给出了最佳工艺配合。 |
| 9. | 3 . the numerical result indicated that particle distribution alone surface of inhibitor was enslaved to particle diameter . particle concentration changed from single - peak distribution to multi - peak distribution according to particle size increase
( 3 )数值计算表明两相流中粒径对绝热层表面粒子浓度分布有很大的影响，且随着粒径的增大粒子浓度由单峰分布变为多峰分布。 |
| 10. | The influence of inflow velocity , the baffle body height and the clapboard position on the flow velocity , flow equilibrium between the two sides of the clapboard , particle distribution , rich / lean concentration ratio and flow resistance characteristic are studied numerically
文章研究了来流速度，撞击块高度、隔板位置等因素对气相速度场、隔板两侧配风均匀性、颗粒浓度、浓淡分离比和燃烧器内阻力特性的影响。 |
