Based on the gray system theory, the influence degree of the different variables on the fluidization quality was analyzed.
通过灰色系统理论方法，分析了各参数对系统流化质量的影响程度。
The experimental results showed that addition of magnetic peacles and transverse rotating magnetic field can improve fluidization quality of cohesive particles greatly.
研究表明，在粘性颗粒中添加铁磁性颗粒和横向旋转磁场可以明显改善粘性颗粒的流态化质量。
The influence on the fluidization quality of fine particles by added glass beads with different diameter or different quantity has been investigated in detail.
系统地观察了在不同添加玻璃珠粒径和不同添加量的情况下，添加组分玻璃珠的性质对超细颗粒流化特性的影响。
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