扬水

湖边有座扬水站。

There is a pumping station on the edge of the lake .

基于.NET的扬水站PLC控制系统

PLC System of the pumping stations Based on . NET

通过分析扬水系统扰动一般过程提出了混成MPPT算法。

As the system disturbance process is analyzed , Hybrid MPPT algorithm is proposed .

水体修复装置&扬水曝气器的开发

Development of Rehabilitation Device for Water Body & Water Lifting Aerator

高扬程水泵站初扬水充水系统的设计

Design of the pre-filling water system for high lift pump stations

检查扬水管有无裂纹，连接是否牢固。

Check whether the water pipes crack Yang , connection is solid .

扬水曝气技术在水源水质改善中的应用

Application of the technology of lifting water and aeration for improving water quality

太阳能发电扬水技术及技术转让

Technology of Water Pumping with Power Generated from Solar Energy and Technology Transfer

宁夏扬水站封闭圈裂缝控制研究

Study on crack width control concrete closed wall in lift pumping station in Ningxia

这个抽水站负责所辖范围内扬水设施的定期检查。

This pumping station is responsible for periodic checks of pumps in its administrative area .

扬水曝气技术改善城市供水原水水质的实践

On practice of water lifting and aeration in improvement of raw water quality in cities

扬水曝气器的水质改善功能及提水、充氧性能研究

Study on water improvement function , capacity of lifting water and oxygenation of a water-lifting aerator

全自动太阳能扬水系统的开发

Development on Automatic Solar Pumping System

本实用新型为一种气压扬水机，属于水利机械领域。

The utility model provides an air-pressure water pump and pertains to water conservancy machinery technology .

扬水曝气器曝气室的充氧提水性能研究

Modeling and Simulating of Oxygen Transfer and Water Flow Rate in the Aeration Chamber of Water-lifting Aerator

湿陷性黄土地区扬水渠道沉陷缝的观测和处理

Observation and handling for subsidence seam of pump water canal on the Loess of wet to sink area

自行设计和初步建成了扬水曝气器与生物接触氧化联合工艺系统，并应用于北方某城市微污染源水的预处理；

A technical system with lifting water and aeration combination with biological contact oxidation was designed and manufactured .

建立了扬水曝气器上升流速数学模型，用于模拟计算扬水曝气器的提水能力。

A model of flow velocity was built up for simulating of the flow rate in the water-lifting aerator .

基于扬水曝气技术的生物接触氧化原位水质改善技术实验研究

The Experimental Research on the Bio-contact Oxidation Process Based on the Technique of Water-lifting Aerator Improve the Water Quality

根据全自动太阳能扬水系统需要完成的特定功能及其自身特点，建立两套全自动太阳能扬水试验系统用于对比试验。

According to the functions and characteristics of automatic solar pumping systems , two identical solar pumping systems are implemented .

同心扬水三泵站出水渡槽改造后水面线分析计算

Analysis and calculation of the water surface profiles of the outlet aqueducts reconstruction in the No.3 pump-station of Ningxia Tongxin

运行结果表明，扬水曝气技术对汾河水库的水质改善具有显著的效果。

Test was completed to analyze the improvement of water quality in Fenhe River Reservoir by water lifting and aeration facility .

我国水资源短缺及水环境污染日益严重，扬水曝气和生物接触氧化组合技术则是一种有效而可行的原位水质改善技术。

The combined technique of water-lifting aerator and bio-contact oxidation process are very effective and feasible used in improving the body water .

本文对空气扬水混流运动的相率，即气水比进行了研究。

The phase ratio , namely the ratio of air and water of the mixed flow in air lift pumping systems is studied in this paper .

简要介绍了太阳能扬水与照明综合应用系统的组成；侧重描述系统放电控制器的硬件原理和软件设计流程；

Solar PV pumping and lighting combined application system was introduced , and the hardware structure and software flowchart of the discharge controller was presented in detail .

大叶种栽培野生茶特色：香扬水柔，在香甜茶系列中最具特色茶品；

The characteristics of cultivation of wild big tea leaf : strong aroma , light and clean tea liquor , the most unique one in the fragrant sweet series of tea goods ;

本文从安全饮用水角度，提出以生物接触氧化与扬水曝气器联合技术对我国北方地区微污染源水进行改善。

The Pretreatment of Micro-Polluted Source Water by Biological Contact Oxidation combined with The Multifunctional Device for Lifting Water and Aeration were advised as Technology of Drinking Water Safeguard for Northern China .

扬水曝气器是水源水质改善设备，应用于湖泊水库水源地，抑制藻类生长，控制底泥污染物释放，取得了良好的效果。

Water-lifting aerator is a water quality improvement device which is used to restrain algae growth and pollutant releasing from sediment in lakes and reservoirs , and a good effect was obtained from applications .

扬水曝气技术是新开发的水质改善技术，用于混合上下水层、控制藻类生长、增加水体溶解氧、抑制底泥污染物释放。

The technology of lifting water and aeration was novel for its improvement of water quality , mixing of water , controlling algae growth , increasing dissolved oxygen in water , and constraining the release of pollutant in sediment .

最后，通过对计算结果的分析及运行方案对比，判断机组能否顺利牵入同步和扬水，最终进入稳定工况运行，从而为泵站的设汁及运行提出科学合理的建议。

At last , through analysis on calculating results and comparison among operational schemes , it is concluded that if pull-in steady operation of pump unit can be successfully realized , then it provides the reasonable suggestions for design and operation of pump station .