CAJ | 학술논문

催化荧光动力学分析法是用于检测痕量组分的有力手段。从检测催化剂及活化剂、多组分同时检测、酶催化、胶束在多组分同时检测及酶催化中的应用、结合流动注射及停流注射分析法及激光诱导荧光分析、时间分辨荧光分析、生物反应器控制、生物传感器、药物监测与生物分析等方面对催化荧光动力学分析领域出现的新技术及新应用作一评述，并对今后的工作进行了展望。引用文献103篇
최화형광동역학분석법시용우검측흔량조분적유력수단。종검측최화제급활화제、다조분동시검측、매최화、효속재다조분동시검측급매최화중적응용、결합류동주사급정류주사분석법급격광유도형광분석、시간분변형광분석、생물반응기공제、생물전감기、약물감측여생물분석등방면대최화형광동역학분석영역출현적신기술급신응용작일평술，병대금후적공작진행료전망。인용문헌103편
The application and development of catalytic fluorimetry in recent years were reviewed with 103 references. The new technique and application of catalytic fluorimetric methods, such as the determination of catalyst and activator, multicomponent determination, enzyme catalysis, the effect of micelle in multicomponent determination and enzyme catalysis, the combination with flow-injection or stopped-flow tachniques and laser induced fluorimetry, time resolved fluorimetry, bioreactor control, biosensor, medicine assay, bioanalysis were mainly discussed. Future study was envisioned