CAJ | 학술논문

探讨分子印迹仿生光子晶体的制备及其在己烯雌酚残留检测应用的可行性。方法采用悬浮聚合法、垂直沉降法等方法制备出性能稳定的分子印迹仿生光子晶体。结果分子印迹仿生光子晶体对己烯雌酚残留最低响应浓度为10 ng/mL，并展现出较高的响应特异性。结论将分子印迹技术与光子晶体结合可发展出一种高性能检测材料，即分子印迹仿生光子晶体，不仅具有制备简单、制备材料低廉等优势而且具有较高的检测性能。
탐토분자인적방생광자정체적제비급기재기희자분잔류검측응용적가행성。방법채용현부취합법、수직침강법등방법제비출성능은정적분자인적방생광자정체。결과분자인적방생광자정체대기희자분잔류최저향응농도위10 ng/mL，병전현출교고적향응특이성。결론장분자인적기술여광자정체결합가발전출일충고성능검측재료，즉분자인적방생광자정체，불부구유제비간단、제비재료저렴등우세이차구유교고적검측성능。
Molecular imprinted bionic photonic crystals was synthesized and applied in the detection of diethylstilbestrol residues. Molecular imprinted bionic photonic crystals with high performances were fabricated by the suspension polymerization and the vertical settlement. Molecular imprinted bionic photonic crystals showed the high sensitivity (as low as 10 ng/mL)and specificity. Based on the combination of molecular imprinting technique with photonic crystals, a high-performance detection materials, namely molecularly imprinted bionic photonic crystal, can be developed, exhibiting not only simple, inexpensive preparation but also high detection performance.