suction chamber
英 [ˈsʌkʃn ˈtʃeɪmbə(r)]
美 [ˈsʌkʃn ˈtʃeɪmbər]
网络 吸入室; 接受室; 吸力室; 吸入腔
双语例句
- Flow Loss for the Radial Suction Chamber of Centrifugal Compressor Improved Design
离心压缩机径向吸气室的流动损失分析和改进设计 - Failure Analysis and Solution of Grit Suction System of Aerated Grit Chamber
曝气沉砂池提砂系统故障分析及解决办法 - A suction chamber is in a semi-spiral shape, and an extruding chamber iss spiral volute chamber.
吸入室设成半螺旋形，压出室则设成螺旋形涡室； - The cylinder tubes of the flow-meters were inserted into the suction chamber before the pump impeller, and the flow measurement of large pump was achieved on the condition of no straight pipes.
在大型低扬程泵站的单泵流量现场测试中，绕流管插入泵叶轮前吸水室取压差，即可实现无等径直管条件水泵流速、流量测定。 - By using simulation-analysis software CFD ( Computational Fluid Dynamics), STAR-CD, a three-dimensional simulation analysis was conducted of the semi-volute suction chamber of a gas-oil multiphase pump for flow fields at different void fractions.
利用CFD模拟分析软件&STAR-CD，对油气混输泵半螺旋形吸入室在不同含气率下的流场进行了三维模拟分析。 - Two-dimensional axis-symmetry compressible model was set up to study the relationship of the recirculation in the suction chamber, ejector constant capacity and static pressure distribution along the axis.
采用二维轴对称流动模型，计算分析了吸入通道内回流现象、喷射器恒能力现象与静压力在轴线上分布情况之间的关系； - Through analyse the result, some improvement is given about the design of the half-helix suction chamber.
并通过分析模拟的结果，对半螺旋型吸入室的设计做出了一些改进。 - A Configuration Method of Suction Chamber in Double Suction Pump
双吸泵吸水室的画法 - Nowadays in virtue of the developed CFD simulation analysis software-STAR-CD, simulates the flow field of the pure water in the half-spirality suction chamber.
用CFD模拟分析软件（STAR-CD）对不同含气率流体在半螺旋形吸入室中的流场进行了三维模拟分析，得出了速度场分布规律。 - And the velocity distribution of the suction chamber is analyzed.
并从吸入室的速度分布方面进行了分析。 - A practical configuration method of suction chamber in double-suction pump is given here in detail.
同时给出了双吸泵吸水室的具体画法。 - It is pointed out in this paper that the wall of hemispiral suction chamber in centrifugal pump with spiral housing is composed basically of an inner revolving surface, an outer revolving surface, and a cylindrical surface parallel to the axis of the pump.
本文提出在蜗壳式离心泵中，半螺旋形吸水室的过流表面主要由内旋转面、外旋转面和一个平行于泵轴线的柱面组成； - Gas Distribution in the Semi-volute Suction Chamber of Axial Flow Multiphase Pump for Different Void Fractions
混输泵半螺旋形吸入室不同含气率的气相分布 - Low suction pressure results in recirculation in the suction chamber, which will influence the security of the ejector refrigeration system.
吸入压力过低会在喷射器吸入通道内产生回流现象，影响喷射式制冷系统运行的安全性。 - The shape of the suction chamber decides the inlet velocity distribution of the compression grade in the multiphase pump, and affects the performance of the multiphase pump to a degree.
吸入室的形状决定了混输泵的压缩级进口的速度分布，对混输泵的性能有一定的影响。 - CFD Analysis on Suction Chamber of Axial Piston Pumps
轴向柱塞泵吸油腔的CFD解析 - Three-dimensional Simulation and Analysis of the Half-helix Suction Chamber for Multiphase Pump
混输泵半螺旋型吸入室流场的三维模拟分析 - This paper introduces a new type of a gate which is very practical in project. It solves the hydrostatic lift problem of a gate between an intake chamber and suction chamber in the catchment basin of an intake pump station.
介绍的是工程上实用性较强的一种新型闸门，它主要解决了水泵站集水井内进水间与吸水间之间的闸门静水起吊问题。 - The flowfield analysis of the half-spirality suction chamber under the different void fraction
半螺旋形吸入室在不同含气率下的速度分析 - The Determination and Regulation of Top Suction of Checker Chamber in Coke Oven
焦炉蓄热室顶部吸力的确定与调节 - By the advanced three-dimensional modeling software STAR-CD, the three-dimensional model of the half-helix suction chamber is simulated, and the three dimensional modeling results of the suction chamber is obtained.
利用先进的三维模拟计算软件STAR-CD软件，对所设计的半螺旋型吸入室的三维模型进行了模拟计算，得到了吸入室的三维模拟结果图。 - The mechanism of cavitation was analysed through theory, combined with injection technology of the injection pump, putting forward that an ejector device add to the suction chamber in order to improve cavitation performance, and the feasibility of the method was proved. 3.
通过理论分析汽蚀发生机理，将喷射泵的喷射技术引入离心泵，提出在吸水室增置引射装置的新型吸水室结构以改善汽蚀性能，并且分析论证了该方法的可行性。 - The results show that: the absorption rate increases with the throat diameter of diffuser and the diameter of the suction chamber.
实验结果表明，采用喉部直径较小的缩放喷嘴、喉部直径较大的扩压器及直径较大的吸入室时吸收率升高。