1.
Developing and Applying the Measuring System of Water Level of Water Storage Tank;
贮水水箱液位检测系统的开发与应用
2.
Three-Tank Water Level Control System Based on Fuzzy-Pid;
基于模糊PID的三容水箱液位控制
3.
Hierarchical Variable Universe Fuzzy Controller for Double-Tank System
双容水箱液位的分层变论域模糊控制
4.
PLC Training Development of the Liquid Level Control System
基于PLC的水箱液位控制实训项目开发
5.
Identification of Three Tanks Water Control System Based on Neural Network;
基于神经网络的三容水箱液位控制系统辨识
6.
The Application Research on Fuzzy PID Control in Three-tank Water Level Control;
模糊PID控制在三容水箱液位控制中的应用研究
7.
Design of Double-capacity Water Tank Liquid Level Cascade Control System Based on VB 6.0
基于VB 6.0的双容水箱液位串级控制系统设计
8.
Study of three-tank liquid level control system experimental platform based on DCS
基于DCS的三容水箱液位控制实验平台的研究
9.
The Design of Double Water Tanks' Level Control System Based on WebAccess and ADAM5510
基于WebAccess和ADAM5510的双容水箱液位控制系统设计
10.
Experimental Research on Neural Network PID Control Based on Hydraulic Pressure of 2-Container Water Tank
神经PID控制在双容水箱液位控制的实验研究
11.
Measurement for Tank Liguid Level of Water Separator and Modification for Hydrodynamic Kinetic Pressure in Ultra-supercritical Boiler
超超临界机组汽水分离器水箱液位测量和流体动压修正
12.
The Application of RBF-ARX Model in Three-Tank Water Level Predictive Control System;
RBF-ARX模型在三容水箱液位预测控制系统中的应用
13.
Fuzzy rule-based self-tuning PID parameters of the three-tank water tank levelcontrol
基于模糊规则参数自整定PID的三容水箱液位控制
14.
Check the manual transaxle fluid level.
检查手排变速箱液位。
15.
Stable cleaning is achieved by adopting filtrate or overhead water-tank, with stable cleaning pressure.
采用过滤液或高位水箱达到稳定的清洗，清洗压力稳定。
16.
High Level Cistern
高位水箱（俗名高冲厕水箱）
17.
Study of Substituting Separate Tanks for High-position Tanks in High-rise Buildings;
关于住宅建筑用分户水箱取代高位水箱的探讨
18.
Effect of the return flow locations on the thermal stratification in liquid oxygen tank of rocket
回流口位置对液体火箭液氧贮箱热分层的影响