Simulation Research on Cascade Control of Temperature and Humidity in VAV System

The Energy Saving Control of VAV System in Intelligence Building

智能楼宇变风量空调系统的节能控制

A Study on Energy Consumption Dynamic Analysis of VAV System

变风量系统的能耗动态分析研究

Survey of Distributed Intelligent Control Theory and Its Application in VAV System

分布式智能控制方法的研究及其在变风量空调系统中的应用

Control Methods for VAV System and Laboratory Construction

变风量空调系统控制方法及试验台搭建

Sensor Fault Detection and Diagnosis Research in VAV System Based on Principal Component Analysis

基于主成分法的VAV系统传感器故障检测与诊断

Performance Analysis of Saving Energy for VAV System in Different Regions of China

我国不同地区变风量系统节能特性分析

Presents the current research and application status of VAV systems at abroad.

介绍了国外变风量（VAV）系统的研究和应用现状。

Discussion on Some Questions of VAV System in Design and Running

浅谈VAV空调系统控制中的几个问题

Research on energy consumption and energy saving for VAV systems

变风量系统能耗及节能特性研究

A Design of the VAV Air Conditioning System of Office Building

某办公楼变风量（VAV）空调系统的设计

Study and Modeling of Duct Parameters in VAV Air Conditioning System

变风量空调系统风道分布参数的研究与建模

Flow Sensor Fault Isolation in VAV System Using Wavelet Analysis

用小波分析法分离变风量系统流量传感器故障

General layout and the barrier-drift system of the ZHS WR pivotal project

昭平水电站枢纽总体布置及拦排漂系统

To view the electricity main wiring of the ZHS from practising operation

从运行实践看昭平水电站的电气主接线

Hydraulic characteristics study of the ZHS ship lock's water delivery system in dispersion mode under the sill

昭平水电站船闸槛下分散输水系统水力特性研究

The ZHS construction unit persisted with saving investment and using well the funds as the work kernel from earlier stage to completion and took the building super quality and lower investment engineering as target.

昭平水电站的建设，建设单位从前期工作开始直到建成，始终把节约投资，用好资金作为工作的中心，把昭平水电站建成物美价廉的工程是追求的目标。

The results show that the ZHS additive have good effects on improving sinter properties. It gives a new method for improving sinter quilty.

试验表明，ZHS添加剂对改善烧结矿冶金性能具有良好效果，为改善济（源）钢烧结矿质量提供了新的途径。

During the process, NaOH solution added in the second step is critical to the formation of ZHS hollow structures.

在这个过程中，第二步中加入的NaOH溶液是形成ZHS空心结构的关键。

Operation-management of the big dam and ship lock of the ZHS

昭平水电站大坝、船闸的运行管理

The photocatalytic activity of ZHS hollow cubes for phenol degradation was tested, which showed much higher catalytic activity than that of the solid ZHS cubes.

实验测试了ZHS空心立方体结构对苯酚降解的光催化活性，结果显示它比实心ZHS立方体结构具有更高的催化活性。