MATLAB在计算烟气连续监测系统中气态污染物相对准确度的应用

对固定污染源烟气连续监测系统检测时，其中气态污染物相对准确度的计算涉及到大量数据。通常的计算过程比较繁琐、费时。针对这种情况，本文作者设计了一个相应的MATLAB程序，该程序充分利用MATLAB语言强大的矩阵计算能力，分别将连续监测系统中SO2、NO和O2的浓度以矩阵输入，调用该程序即可快速得出所求结果，解决了常规计算方法繁琐、所耗时间长、容易出错等缺点。

A MATLAB Program for the Calculation of Relative Accuracy of Gaseous Pollutants Measurement with Continuous Flue Monitoring System

The calculation of relative accuracy for the determination of gaseous pollutants in exhaust, encountered with the continuous flue emission monitoring systems, involves a large data base, and the procedure usually run is complex and time consuming, and sometimes mistakes occur. To improve the computing procedure, a MATLAB program was designed and tested. With the MATLAB computing program, the concentrations of SO2, NO, and O2 are inputted as the matrix forms, and the relative accuracy of measurement can be obtained in a short time. There were no mistakes occurred during test of the program.