2) inlet/outlet
进出水口
1.
Based on the study and summarization of experimental data of low reservoir at Guangzhou pump-storaged plant in this paper,the experimental research results of model design and hydraulic character,and somatotype optimization of the low reservoir inlet/outlet is introduced.
对该电站下库进出水口试验资料进行分析和总结 ,并介绍该电站下库进出水口模型设计、水力参数和体形优化等试验研究成
3) Lower intake
下进出水口
4) Upper intake
上进出水口
5) inlet and outlet water temperature
进出口水温
1.
Tests the inlet and outlet water temperature of the ground heat exchanger and temperature distribution around it in winter and summer.
测试了冬夏季工况时换热器的进出口水温及地埋管换热器周围的温度分布,分析了地埋管换热器与周围土壤之间的换热状况,确定了该地源热泵系统地埋管换热器的实际换热量。
6) lateral inlet/outlet
侧式进出水口
1.
A series of hydraulic model experiments and 3-D numerical simulation of water flow and head losses of lateral inlet/outlet under various conditions were carried out for the design of a pump-storage plant.
结合某抽水蓄能电站的设计,对该侧式进出水口在不同工况下的流速分布、水头损失等水流特性进行了水力模型试验与三维数值模拟,并对原设计体型成功地进行了优化。
2.
Some of the design and experimental results about lateral inlet/outlet at the existing pump storage power plants are studied in this paper, some results and research methods of the experiments and the questions in designing of inlet/outlet are presented importantly, the results are valuable for the similar project.
本文对已有的部分抽水蓄能电站侧式进出水口的设计和试验研究资料进行了综合及分析研究 ,重点介绍了模型试验的研究方法、进出水口设计应注意的问题和一些试验研究成果 ,可供应用参考。
3.
The lower reservoir of Huizhou Pump Storage Plant has a lateral inlet/outlet.
惠州抽水蓄能电站下库采用侧式进出水口,一期尾水隧洞与进出水口采用同轴线布置,二期尾水隧洞在平面上布置有一弯道。
补充资料：进样口
分子式：
CAS号：
性质：又称进样口（injection port）。气相色谱进样器。是一块被加热恒温的金属腔体。能使试样瞬间汽化，然后被载气迅速带入色谱柱。
CAS号：
性质：又称进样口（injection port）。气相色谱进样器。是一块被加热恒温的金属腔体。能使试样瞬间汽化，然后被载气迅速带入色谱柱。
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