Design And Implementation Of The Sequential Experimentation Of The Electrochemical Virtual Instruments

In the field of electrochemistry, electrochemical virtual instrument is always the foundation and assurance which decide the development of electrochemistry. As the electrochemical virtual instrument research and development ability increase year by year, instrument production increase gradually, also gradually demanding up to the requirement of the instrument.Currently in production experiment of electrochemical virtual instrument is poor in function and experimental methods are less, the lack of ability to deal with complex experimental sequences, making inter instrument combined with become the most simple and effective method to solve the problem. This not only saves costs, the full use of the developed experimental equipment has been developed, but also can develop a powerful, supporting complex experimental needs of the virtual instrument. However, with the use of the instrument, it will inevitably lead to the enhancement of business logic complexity in the host computer, especially in the experimental scheduling problem.In this paper, an effective solution is proposed to solve the problem of complex experimental operation in the process of the combination of electrochemical virtual instrument. For this particular problem, the problem is solved by using object oriented method and Composite model in the design patterns and the effective solution is designed.On the basis of the host computer program, the use of GUI to achieve the WinForm layer of the preparation, the unified interface style, reduce the workload. At the same time, C# language is used to complete the development of the business logic layer, to meet the development requirements of object-oriented thinking and design patterns. It has such advantages as low coupling degree, wide application scope and reduced logic complexity.The scheme was applied to the electrochemical virtual instrument combined with the development of the Institute of Applied Chemistry of Chinese Academy of Sciences, Changchun.