1) inlet flow patterns
进水流态
1.
Based on the hydraulic characteristic of the intake water pumping station in the Third Period Shanghai Intake Yangtzi River Water Project,we have measured the inlet flow patterns and the influence of the inlet flow patterns.
提出了取消底坎,在进水池扩散段设置八字形导流墩和边机组进水流道前设置消涡板等改善不良进水流态的措施。
2) inlet flow patterm
进水口流态
3) flow pattern
水流流态
1.
Study on flow patterns and contraction coefficients behind reversed tainter valve for ship locks;
高水头船闸反弧门后水流流态和收缩系数研究
2.
To contrast primary design with modification program on flow pattern,flow velocity,pressure and the effect of energy dissipation in model tes.
对阿安引水隧洞洞内消能工程的基本结构和尺寸的理论设计进行了水工模型试验研究,根据模型试验将原设计与修改方案的水流流态、流速和压强及消能效果进行对比,确定能使引水隧洞在各级引水流量下能安全可靠地运行的洞内消能工的体型和尺寸。
3.
Through the analysis concerned, it is found that the structure of the pump body has some local defects, and then the higher requirement for the flow pattern in the water intake pond is necessary.
某大型泵站建成运行后机组出现间隙性振动,通过分析认为,泵体结构存在局部缺陷,由此对进水池水流流态要求较高;另一方面,原经过水工模型试验优化的进水池结构在实施时发生了变更,使得流道内水流不甚均匀。
4) inlet passage
进水流道
1.
Optimization design for back-wall shape of bell-like inlet passage in mixed-flow pump;
钟形进水流道吸水室后壁的优化设计
2.
Design of volute suction with a bell-like inlet passage in a mixed-flow pump;
钟形进水流道蜗形吸水室的设计方法
5) inlet conduit
进水流道
1.
Optimal design of inlet conduit for technical innovation of large pumping stations;
大型泵站进水流道技术改造优选设计
2.
Numerical simulation for 3D turbulent flow and hydraulic loss of inlet conduit for pumping station;
泵站进水流道三维流动及水力损失数值模拟
3.
The inlet conduits in pump station are almost large volume and variable cross-section abnormal structures.
泵站进水流道多为大体积、变截面异型混凝土结构,施工中最常见的质量缺陷就是混凝土裂缝问题。
6) suction box
进水流道
1.
Influence of suction box on energy characteristics of vertical mixed-flow pumping systems;
进水流道对立式混流泵装置能量特性的影响
2.
Research on an evolvement method for suction box of pumping system by numerical computation;
立式泵装置进水流道演化数值分析研究
3.
Optimum hydraulic design for two-way suction box;
方箱式双向进水流道的优化水力设计
补充资料:单线态-单线态能量转移
分子式:
CAS号:
性质:处于电子激发单线态的能量给体,通过激发能的转移使能量受体处于激发单线态的过程。
CAS号:
性质:处于电子激发单线态的能量给体,通过激发能的转移使能量受体处于激发单线态的过程。
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