喷雾干燥技术的热干燥机理十分复杂，机理的研究一般采用实验的方法。
The thermo mechanism of spray drying technology is rather complex and generally studied by experiments.
所述发明使开发一种用于通过使用声热方法干燥毛细多孔材料的设备成为 可能，该设备结构简单且成本低廉。
The invention makes it possible to develop a device which is used for drying capillary porous materials by using an acoustic thermal method and which is structurally simple and low-cost.
论述了应用基于移动加热板的颗粒热传递模型计算大型旋转管排式干燥机传热系数的方法。
The heat transfer coefficient of large tube rotary dryer was calculated by using particle transfer model of moving heating-plate type.
论述了应用基于移动加热板的颗粒热传递模型计算大型旋转管排式干燥机传热系数的方法。
With the modified particle heat transfer model, the heat and mass transfer model of the indirect dryer is set up.
论述了应用基于移动加热板的颗粒热传递模型计算大型旋转管排式干燥机传热系数的方法。
With the modified particle heat transfer model, the heat and mass transfer model of the indirect dryer is set up.
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