矩形喷动床的流体力学性能及脱硫性能优于柱锥型喷动床。
Rectangular spouted bed had better hydrodynamics and desulfurization characteristic than conical-cylindric spouted bed.
实验表明，双喷嘴矩形喷动床的最小喷动速度与颗粒粒径、床层高度及操作温度有关。
The experiment shows that the minimum spouting velocity was related to the particle sizes, bed height, and operational temperatures.
在综合考虑各影响因素的基础上，得出了双喷嘴矩形喷动床最大喷动压降的经验关联式。
On the basis of these factors, an empirical equation for the maximum pressure drop was determined.
在双喷嘴矩形喷动床内，以空气为喷动气体，研究了最小喷动速度的变化规律和影响因素。
The change laws and influential factors of the minimum spouting velocity of a rectangular spouted bed with double nozzles were studied with air as spouting medium.
对无导流管矩形喷动床与导流管矩形喷动床及柱锥形喷动床的流体力学性能和脱硫性能进行了对比。
Hydrodynamics and desulfurization characteristic were compared for rectangular draft tube spouted bed and rectangular spouted bed and conical-cylindric spouted bed.
在双喷嘴矩形喷动床内，以空气为喷动气体，研究了最大喷动压降与操作压降的变化规律和影响因素。
The maximum pressure drop and the operational pressure drop were investigated in a rectangular spouted bed with double nozzles by using air as spouting fluid.
并在综合考虑床层高度以及气体和固体颗粒的物性的基础上，得出了双喷嘴矩形喷动床最小喷动时雷诺数的经验关联式。
Based on a comprehensive consideration of the bed height, and physical properties of air and solid particles, the experiential formula of Reynolds of the rectangular spouted be...
并在综合考虑床层高度以及气体和固体颗粒的物性的基础上，得出了双喷嘴矩形喷动床最小喷动时雷诺数的经验关联式。
Based on a comprehensive consideration of the bed height, and physical properties of air and solid particles, the experiential formula of Reynolds of the rectangular spouted be...
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