CAJ | 학술논문

过程监控能为过程控制及质量控制提供及时且有价值的信息。发展自动化的在线分析系统是实现过程监控的关键。流动注射技术的发展提高了分析仪器的自动化和智能化水平，流动注射在线分析系统具有分析速度快、样品和试剂消耗少，不仅可以实现样品的在线检测，而且还能实现样品的在线前处理，因此在过程分析中得到了广泛应用，甚至成为了实现过程分析的必要技术手段。发展性能优异的流动注射分析系统而满足不同的过程分析，是国内外的热点研究课题。本文的目的是通过综述流动注射分析系统的发展，及其在食品加工过程监控、发酵过程监控和化学反应过程监控中的应用研究进展，强调发展新型流动注射分析系统对于过程分析的重要性，并期待能进一步推动这方面工作的开展。
과정감공능위과정공제급질량공제제공급시차유개치적신식。발전자동화적재선분석계통시실현과정감공적관건。류동주사기술적발전제고료분석의기적자동화화지능화수평，류동주사재선분석계통구유분석속도쾌、양품화시제소모소，불부가이실현양품적재선검측，이차환능실현양품적재선전처리，인차재과정분석중득도료엄범응용，심지성위료실현과정분석적필요기술수단。발전성능우이적류동주사분석계통이만족불동적과정분석，시국내외적열점연구과제。본문적목적시통과종술류동주사분석계통적발전，급기재식품가공과정감공、발효과정감공화화학반응과정감공중적응용연구진전，강조발전신형류동주사분석계통대우과정분석적중요성，병기대능진일보추동저방면공작적개전。
The process monitoring provided timely valuable information for process control and quality control. Developing automated on-line analysis system was the key to realize process monitoring. The development of flow injection (FI) technique had promoted the levels of automation andintellectualization of analytical instruments. FI on-line analysis system had the advantages of fast analysis speed, less sample and reagent consumption. It could not only realize on-line detection, but also could realize on-line sample pretreatment, leading to a widely application in process analysis, and even become a necessary technical measure for process analysis. Developing FI on-line analysis system with excellent properties was a hot focus of national and international study. The aim of this article was to review the development of the FIA system, and its application progresses in food processing monitoring, fermentation process monitoring and chemical reaction process monitoring, so that to further demonstrate the importance of novel FIA system for the process analysis, as well as to promote development of such research work.