1) multi compartment airlift loop reactor
气室气升式环流反应器
2) multi-compartment airlift loop reactor
多室气升式环流反应器
1.
Model equation for the calculation of volumetric mass transfer coefficient in a multi-compartment airlift loop reactor was developed on the base of Higbie's penetration theory.
以Higbie的渗透理论为基础,建立了多室气升式环流反应器体积传质系数的模型方程,用亚硫酸钠空气氧化法测定反应器的比表面积和体积传质系数,讨论了表观气速和催化剂浓度对它们的影响,并验证了模型的适用性。
2.
The effect of superficial gas velocity on gas holdup and solid holdup were investigated for the system of air-water-polystyrene particles in multi-compartment airlift loop reactor, comprising a vertical column divided into four channels.
在一个四流道的多室气升式环流反应器中,以空气 水 聚苯乙烯为体系,考察了气体表观速率对气含率和固含率的影响。
3) airlift loop reactor
气升式环流反应器
1.
The Experiment and Simulation Research Evolvement of Airlift Loop Reactor;
气升式环流反应器的实验及数值模拟研究进展
2.
Fluid dynamics in a shallow airlift loop reactor was investigated using particle image velocimetry(PIV).
运用粒子图像测速仪(PIV)技术研究了扁平气升式环流反应器内液相流动特性,测得了反应器内各个区域液相速度分布、流线分布。
3.
The effects of surperficial gas velocity on the liquid circulation velocity and gas holdup in the airlift loop reactor were investigated by computational fluid dynamics(CFD)with Eulerian description model.
采用Euler法双流体模型研究了表观气速对气液两相气升式环流反应器的液体循环速率和气含率的影响。
4) external-loop airlift reactor
气升式外环流反应器
1.
Local flow characteristics in the riser of an external-loop airlift reactor;
气升式外环流反应器上升管中局部流动特征
2.
Axial and radial profiles of hydrodynamic parameters of external-loop airlift reactor
气升式外环流反应器流体力学参数的轴径向分布
5) airlift loop reactor
气升式内环流反应器
1.
ε-Caprolactone was synthesized from cyclohexanone by using oxygen as oxidant,benzaldehyde as pro-oxidant and carbon tetrachloride as solvent in a ultrasonic airlift loop reactor.
在新型超声波气升式内环流反应器中研究了ε-己内酯的合成。
6) airlift loop reactor
内环流气升式反应器
1.
Degradation behavior of printing and dyeing wastewater in ultrasonic airlift loop reactor;
超声波内环流气升式反应器处理印染废水
2.
Ultrasonic airlift loop reactor(UALR)(O_3 for the reactant gas)shows potential and wide application for wastewater treatment.
超声波内环流气升式反应器(通入气体为臭氧)复合氧化过程在废水处理领域有非常广阔的应用前景,本文采用超声波内环流气升式反应器对模拟乐果有机磷农药废水进行处理研究。
补充资料:气升式搅拌浸取器
分子式:
CAS号:
性质:双称帕丘卡浸取器。是一种常用的空气搅拌浸取器。浸取槽身为圆柱体,底部呈圆锥形,槽中设带有循环孔的中央循环筒。料桨和浸取剂由上部进料口进入槽内,压缩空气由槽底部引入中央循环筒。该循环筒起着空气泵或空气升液器的作用。操作时料桨沿该筒上升,通过循环孔流向筒外。由于压缩空气和料浆的对流,造成料浆上下反复循环而强化浸取。在不断进料的情况下,部分料浆被空气提升连续溢流到槽外。
CAS号:
性质:双称帕丘卡浸取器。是一种常用的空气搅拌浸取器。浸取槽身为圆柱体,底部呈圆锥形,槽中设带有循环孔的中央循环筒。料桨和浸取剂由上部进料口进入槽内,压缩空气由槽底部引入中央循环筒。该循环筒起着空气泵或空气升液器的作用。操作时料桨沿该筒上升,通过循环孔流向筒外。由于压缩空气和料浆的对流,造成料浆上下反复循环而强化浸取。在不断进料的情况下,部分料浆被空气提升连续溢流到槽外。
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