...）分离效率ε 3.3.2折算分离效率 3.4（分）级效率与迁移率 3.5 分割效率（cut size）与分级精度（classification sharpness） 3.6 压力降 3.7 水力旋流器技术中的主要参数 3.7.1 基本结构参数 3.7.2 物性参数 3.7.3 操作参数 3.7.4 性能参数 3.
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本实验研究了水力旋流器的进口压力与浓度对旋流器性能的影响，包括生产能力、分级效率、分级精度、分级粒度等指标。
This experiment focuses on the influence of inlet pressure and consistence to performance of hydrocyclone including output, separation efficiency, separation precision etc.
与传统的建立阈值空间方法相比，新的阈值空间体积显著减小，有效地提高了烟叶检测和分级的精度。
Comparing with the traditional method, the volume of the new threshold space is noticeably minished. As a result, the precision of examining and classifying tobacco leaves is improved.
根据对离心式空气分级机分级机理与流场研究，找出了影响分级粒径和分级精度的主要因素；
The operation principle of a rotor-type air classifier was analyzed and main parameters that affected the cut size, cleanness and recovery were chased down.
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