CAJ | 학술논문

报道了紫外光（UV）固化在微流控芯片技术中的应用，利用光刻技术可直接在聚合物材料上制作微通道，以减少微流控芯片的研究成本和制作周期。重点介绍了UV固化在微流控芯片发展过程中的光刻、曝光及表面改性等方面的应用及其特点，综述了近些年来UV固化在微流控芯片技术中的国内外研究现状，为微流控芯片的制备、发展及完善提供了一条可行的路径。最后在总结国内外研究现状的基础上展望了UV固化未来的发展趋势。
보도료자외광（UV）고화재미류공심편기술중적응용，이용광각기술가직접재취합물재료상제작미통도，이감소미류공심편적연구성본화제작주기。중점개소료UV고화재미류공심편발전과정중적광각、폭광급표면개성등방면적응용급기특점，종술료근사년래UV고화재미류공심편기술중적국내외연구현상，위미류공심편적제비、발전급완선제공료일조가행적로경。최후재총결국내외연구현상적기출상전망료UV고화미래적발전추세。
Reports the application of UV curing process in the microfluidic technology. The microchannel of polymer materials can be directly fabricated through the lithography technology, resulting in the reduction of research cost and fabrication period. Introduces the applications and its characteristics of UV curing process in the development of microfluidic chips such as lithography , exposure and surface modification. Reviews the domestic and overseas research actuality of UV curing process ,providing a feasible routine for the fabrication, development and improvement of microfluidic chips. Potential developing tendency is also pointed out according to the research actuality.