基于LabVIEW的电化学测试数据处理

The Electrochemistry Data Processing Based on LabVIEW

在电化学分析中测试数据的处理对提高结果的精度和准确度非常重要。采用LabVIEW图形化开发语言，应用LabVIEW提供的数据工具包，同时结合C语言编程开发了电化学测试数据软件滤波、数据平滑、微积分、卷积伏安法的处理方法。其中详细介绍了卷积伏安法分析方法的具体实现。运用对比的方法验证了卷积伏安法半微分半积分的可靠性，通过具体的电化学测试数据处理实例说明了数据处理方法在一定程度上可以优化相关系数。

In electrochemistry analysis, the test data processing is very important to improving precision and veracity of the result. This paper uses the LabVIEW presented in figures and diagrams development language, applies the electrochemistry data toolkit, and integrates with C programming language to develop the software filter, data smoothing, processing of derivative and integration and convolution voltammetry. The realization of the convolution voltammetry method is introduced. The reliability of semidifferential and semiintegral of convolution voltammetry is proved through contrast. The real example of electrochemistry data processing proves that the method of data processing can optimize the relativity coefficient in a certain extent.