Electrochemical Workstation Development

Electrochemical workstation plays an important role in the scientific development andeconomic construction. This thesis discussed development methods of electrochemicalworkstation on the basis of chemical principles and computer technology.The purpose of analytical chemistry is to make qualitative or quantitative analysis byphysical and chemical changes. As the eyes of scientists, it requires to collect data accurately(including high sensitivity) and rapidly, to process and analyze data simply and efficiently.Electrochemical method, an analytical testing means possessing a collection of merits ofsimplicity, rapidity, accuracy, high sensitivity, has been playing a major role in scientificresearch and production.Instrumental analysis is a method which uses facilities to measure certain physicalchemical changes to determine the components, content, and structure of the object awaitingtest. The use of equipment, greatly improved the accuracy and speed of qualitative andquantitative analysis in scientific research and industrial production, and mean whiledemanding scientific research and industrial production better performance and function. Ininstrumental analysis, with the help of the computer to carry out high-intelligence andequipment association is also one of the key research directions.The papers presented on the characteristics of an electrochemical workstationdevelopment pattern, the pattern used object-oriented methods combining with designingpatterns to conduct analysis and design. This development pattern in obtained the applicationwith in the Chinese Academy of Science Changchun institute of applied chemistrycooperation development electrochemistry home position membrane conductive measuringinstrument project to obtain the very good effect. The paper union electrochemistry homeposition membrane conductive measuring instrument project development carries on theconcrete elaboration to the electrochemistry workstation development pattern. The electrochemistry home position membrane conductive measuring instrumenthardware has partially used three electrode system and constant potential rectifier,suchconducive to the collection of data, improved data accuracy.The electrochemistry home position membrane conductive measuring instrumentsoftware use object-oriented methods combining with designing patterns to conduct analysis and design.We use MFC to develop software, document /view structure to illustrate data and save data.The software can be expansible, reused and secure. Its development model can be duplicatedin the development of other electrochemical workstations and make full use of the code ofsoftware.This development pattern has used the software engineering method, is helpful in theelectrochemical analysis instrumentation development, played in the electro-analysisinstrument and the computer association with and the intellectualized aspect to the bridge role.This pattern has very strong application in the electrochemical analysis domain.