Stimulated brillouin scattering technology available spectrum from since its unique nonlinear effect and extensive application in optical fiber sensing, Marine water quality monitoring, underwater laser radar detection, atmosphere, water monitoring system.

Research on optimizing design of water quality monitoring section based on MATLAB

基于Matlab的水质监测断面优化设置研究

It could be seen from the results that the aquatic macrophytes selected in this test improved the concentration of DO in water, decomposed contaminations effectively.

静态试验中，围隔水质监测结果表明：本次试验所选的水生植物能有效地提高水体中的溶解氧含量，降解和去除水体中的N、P等营养盐类和有机污染物。

The measuring principle and property of the total organic carbon survey meter of shimadzu TOC-4100 and its application to water quality monitoring were introduced.

针对TOC的燃烧氧化-红外线分析测定方法，重点介绍了日本岛津公司生产的TOC-4100型总有机碳测量仪的工作原理、性能特点及其在水质监测中的应用。

USB& Its Development and Application in Water-quality Measuring System

USB及其在水质监测系统中的开发与应用

A preliminary attempt and explore of monitoring water quality, the technology and integration of RS between GIS, it can be useful reference for the domain of research work.

本文所做的工作作为水质监测与RS、GIS集成技术相结合的初步尝试和探索，对于该领域的研究工作具有一定的借鉴意义。

The result showed the existence of E. coli both in samples of the biofilm and samples of the drinking water. Compared to the monitoring of the bacteria using the conventional methods, the test based on PCR amplification were more sensitive and reliable.

在生物膜样品和管网水样品中均可检出大肠菌群，与水质监测结果对比，说明运用PCR扩增检验技术更加准确、可靠。

Ability of Meteorological Satellite for Monitoring WaterQuality in Large Inland Lake

气象卫星内陆大面积湖泊水质监测能力分析

According to a model for cable-stayed bridge safety assessment and the way and the principle thereof, the large span cable-stayed bridge safety assessment algorithm is programmed through Matlab ( matrix lab), and the safety condition is calculated.

依据建立的斜拉桥安全性评估模型和安全性评估方法及原理，基于矩阵实验室（Matlab）编制了大跨度斜拉桥安全性评估算法，对索力、线形、自振频率等进行了评估。

MATLAB Applying on Simulation of Communication System

矩阵实验室（MATLAB）在通信系统仿真中的应用

MATLAB," Matrix lab," It was based on the matrix of the basic computing unit.

即“矩阵实验室”，它是以矩阵为基本运算单元。

Enhancement of cereal image basing on MATLAB

利用矩阵实验室（MATLAB）实现谷类图像的增强

MATLAB 5.3 was used to optimize the design of insulating material. The economical and reasonable results were obtained.

用矩阵实验室5.3（MATLAB5.3）对冷库隔热层进行优化设计计算，力图获得安全、经济的效果。

A Tentative Plan of Introduction of MATLAB into Teaching of Courses of Science and Engineering

将矩阵实验室（MATLAB）引入理工科课程教学的设想

Using the Perturbation Transfer Matrix Method as well as the tested data in the laboratory, the1st and2nd order perturbed identification of dynamic parameters of the rotor of a boiler pump is made.

利用摄动传递矩阵法，结合实验室的试验，对某电站锅炉给水泵转子的动力学参数进行了一阶和二阶摄动识别。

Some key technologies were adopted, such as employing extensible markup language ( XML) to conserve the information of components, C++ calling MATLAB engine, exploiting CORBA technology to realize the distributed processing system, and the design of general component.

服务器端采用矩阵实验室（MATLAB）作为计算后台；此外，该系统还采用可扩展标记语言（XML）保存配置信息、C++调用MATLAB计算引擎、CORBA的分布式处理、通用组件设计等技术。

By means of Matlab COM Builder in Matlab 6.5, Matlab's M& function files can be converted into a COM, then applied in VC.

它以Matlab6.5中的Matlab Com Builder模块为转换工具，将Matlab的M函数文件转换为COM组件后应用在VC程序中。

The software, Toolbox for strengthening reinforced concrete elements, is developed, it is used for strengthening elements, including automatically producing particular design reports.

研制了用于构件加固设计的钢筋混凝土构件加固工具箱软件，包括独具特色的设计计算书自动生成。

With the help of Matlab software and its optimization toolbox, combining the optimization design theory, the parameter optimization of system software for gear transmission system has been developed successfully.

并运用Matlab软件为开发平台，结合其优化工具箱和成熟的优化设计理论，开发出一套齿轮传动系统参数优化的设计软件。

It is based on the computer software MATLAB fuzzy toolbox for the process control design.

该仿真器用计算机软件MATLAB的模糊工具箱设计，通过6个关键的设计步骤实现了对反应器的模拟和控制。

Application of computer engineering software MATLAB/ Simulink toolbox for simulation analysis system. Conclusions obtained by simulation is same as theoretical analysis For the technical characteristics of water hydraulic drive, The system with PID correction, Select the appropriate PID parameters.

应用计算机工程软件MATLAB/Simulink工具箱对系统进行了仿真分析，得到和理论分析相同的结论。针对纯水液压传动的技术特点，采用PID控制方式对系统进行校正，选择了适宜的PID参数。