1) stirring paddles
桨型
2) hydrofoil impeller
翼型桨
1.
In an agitated reactor with hydrofoil impeller,effects of draft tube structure and solid content on power consumption and gas holdup were investigated.
4%为佳;翼型桨排出流向上时功耗较小,气含率较高;功耗随固体含量的增加而增大;气液两相体系中的气含率比气液固三相体系中的气含率高;并得到在开孔率为16。
2.
16m) with mixed hydrofoil impeller 6k5 and Rushton turbine was presented.
研究了内径0 382～ 1 16m机械搅拌釜中翼型组合桨气液两相的持气特性 ,考察了结构参数 (包括翼型桨径、桨间距、桨下距离、通气位置、挡板形式及翼型桨排出流方向 )和操作参数 (包括搅拌转速与通气量 )对气含率的影响 。
3.
(The results) indicated that slope blade Rushton turbine-hydrofoil impeller(SRT-HI) was favorable to oxygen transfer in CMC system.
结果表明:在CMC体系中,下层用径向流的涡轮斜叶桨、上层用轴向流的翼型桨有利于氧传递。
3) agitating oar selecting
桨叶选型
4) ship-propeller model
船桨模型
1.
This paper presents a novel efficient simulation system of marine propeller characteristics for test of electric propulsion motor with propeller, and introduces a ship-propeller model from the relationship between ship, propeller and sea water.
为了在实验室进行电力推进船舶中推进电机的带桨考核,根据船与螺旋桨、海水的关系建立了船桨模型,并利用实时仿真、实时控制和电力电子技术设计了螺旋桨特性仿真系统。
5) vessel-propeller module
船-桨模型
补充资料：GS,GT型空心桨叶连续干燥机
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说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条