| 1. | Self - reaction in - situ synthesis of tic fenicr composite coating in centrifugal field
复合材料涂层的原位反应合成 |
| 2. | The whole group abrasive moving in centrifugal field is regarded as the research object , and the influence of the abrasive fluid characteristics on processing quality and processing efficiency in the course of processing of centrifugal grinding machine is analyzed
摘要以在离心场中运动的整团磨料为研究对象，分析了离心研磨机在加工过程中物料运动特征对加工效果的影响。 |
| 3. | The technical parameters and the performance of ( ni - p ) - sic composite coating obtained in centrifugal field are also studied the cyclic voltammeter and the cathode polarization techniques have been used to study the effect of additives on ni - p alloy coatings
本文提出了在离心力场中高速电沉积的方法，并对离心电沉积( ni - p ) - sic复合镀层的影响因素及镀层性能进行了研究。 |
| 4. | The movement law that abrasive fluid in centrifugal field is discussed through the analysis of experimental results of high - speed photography , and it is pointed out that in the course of abrasive moving both the moving of layer and the curve changing from front interface to slip are the important factors of influencing processing results
文中通过对高速摄影实验结果的分析，探讨了磨料流在离心场中的运动规律，指明磨料流在运动过程中，其滑移层的运动及前沿界面曲线的变化是影响加工效果的重要因素。 |
| 5. | Abstract : a new type of rotating packed bed （ rpb ） filled with holed disk packing , has high mass transference character by means of the centrifugal field it is used for simulating flue gas desulfurization and achieved of good effect the desulfurization efficiency of rpb by boot water is above 75 % accompanied with small gas resistance
文摘:一种利用离心力场强化传质的新型旋转填充床反应器以孔型碟片为填料用清水吸收模拟烟气中的二氧化硫时的脱硫率达75 %以上，用于模拟烟气脱硫也取得了很好的效果，而且气阻也很低 |
| 6. | In view of the main causes of the concentrate pollution formation in fine particle flotation and the characteristics of coal slurry flotation , the mechanism of the micro - bubble cyclo - flotation columm is analyzed which includes its comprehensive utilization of micro - bubble flotation , counter - current flotation and in tensification of centrifugal field by cycloning . its structure , characteristics and industrial application effect are presented
针对细粒浮选中精矿污染形成的主要原因及煤泥浮选特点，主要分析了旋流微泡浮选柱综合利用微泡浮选、逆流浮选、旋流离心力场强化分选的机理，并介绍了旋流微泡浮选柱的结构、特点及工业应用的效果。 |
