1) turbulence promoter
湍流器
1.
In order to improve the membrane filtration performance of ultrafiltration of oil-field produced water,four kinds of turbulence promoters were designed for flux enhancement.
为改善超滤处理油田采出水的膜过滤性能,设计了4种不同结构形式的湍流器并进行膜过滤强化试验,考察了湍流器的构型、螺距等对膜通量及单位产水能耗的影响。
2) turbulator
['tə:bjuleitə]
湍流器
1.
1 he water model test for optimization of fluid held condition by adding a turbulator in CL tundish is done.
在连铸中间包中应用湍流器进行流场状态的水模优化试验,并与未使用湍流器时包内流体流动情况进行对比,同时进行了应用湍流器的不同拉速试验对比。
3) turbulence promoter
湍流促进器
1.
Investigation of turbulence promoter used in the microfiltration enhanced process in an integrated reactor;
集成反应器微滤过程中湍流促进器的研究
2.
Effects of external turbulence promoter on membrane filtration performance of liquid-solid phase submerged membrane reactor;
湍流促进器对液固一体式膜反应器中膜过滤性能影响的研究
3.
Effects of the helical turbulence promoter and its parameters on the performance of membrane separation of CaCO3 suspension with a 19-channel ceramic membrane were studied under the backwashing condition.
在固定反冲条件下,研究了螺旋型湍流促进器及其螺杆直径、螺间距等参数对19通道无机陶瓷膜分离轻质碳酸钙悬浆液的强化过程,确定了湍流促进器的优化设计参数,并在优化条件下,对操作压力、操作温度、膜面流量和溶液浓度等操作条件进行了研究。
4) Turbulence inhibitor
湍流抑制器
1.
The influence of turbulence inhibitor on molten steel flow in tundish was studied by water modeling experiments.
通过水力学模型实验,研究了湍流抑制器对中间包内钢液流动的影响,并比较了有无湍流抑制器时中间包内钢液流动的特性。
5) Turbulence Inhibitor
湍流控制器
1.
The new flow control devices, turbulence inhibitor and wall gas blowing, have been developed for the tundish of slab continuous casting in No.
结合本钢炼钢厂板坯中间罐的控流装置,通过实验室对比试验研究,开发了新型控流装置——湍流控制器和微细泡气幕挡墙。
2.
The results show that former tundish structure cause too short minimum residence time and large dead volume,while weirs and dams with reasonable structure and optimal turbulence inhibitor can improve the fluid characteristics in the tundish significantly,which can keep the fluid surface steady in the upper infusing area of nozzle hole in the ladle.
通过对某厂板坯连铸中间包进行控流装置优化的水模实验,发现原中间包结构造成钢水在中间包内的最小停留时间过短,死区体积大;合理结构的挡墙和湍流控制器能够明显改善中间包内的流体流动特性,可以使钢包长水口注流区上方的液面更加平稳。
3.
The influence of turbulence inhibitor on flow field in tundish has been studied by water modeling.
通过水模实验 ,研究了湍流控制器对连铸中间包流体流动的影响。
6) turbulent flow burner
湍流燃烧器
补充资料：湍流床反应器
分子式：
CAS号：
性质：床层呈湍流状态且气相为分散相的密相流化床反应器，亦称细粒床反应器。其特点是：床层操作流化数高，处于激剧的湍动和混合状态；床层两相依然存在，但气泡比鼓泡床小得多，且直径几乎不随气速而变；沿床层轴向高度基本不存在气泡汇聚；床层密相空隙率较大，能容纳相当大量气体，有利于气-固催化反应；床层的膨胀量较大。由于多采用细固体颗粒，因此对固体粉尘回收设备要求较高。
CAS号：
性质：床层呈湍流状态且气相为分散相的密相流化床反应器，亦称细粒床反应器。其特点是：床层操作流化数高，处于激剧的湍动和混合状态；床层两相依然存在，但气泡比鼓泡床小得多，且直径几乎不随气速而变；沿床层轴向高度基本不存在气泡汇聚；床层密相空隙率较大，能容纳相当大量气体，有利于气-固催化反应；床层的膨胀量较大。由于多采用细固体颗粒，因此对固体粉尘回收设备要求较高。
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