CAJ | 학술논문

[目的]探讨牡丹油微胶囊化技术。[方法]利用β-环糊精、阿拉伯胶和大豆蛋白作为壁材采用喷雾干燥技术制备牡丹油的工艺，对牡丹油微胶囊的制备工艺参数进行了单因素和正交实验分析。[结果]得到制备牡丹油微胶囊的最优工艺参数∶壁材β-环糊精∶阿拉伯胶∶大豆蛋白的配比3∶1∶2，固形物含量35%，芯壁材配比3∶1，乳化剂添加量0.2%。在此条件下，牡丹油包埋率达到92%。[结论]在此工艺下牡丹油的包埋率高，为牡丹油的进一步开发打下了基础。
[목적]탐토모단유미효낭화기술。[방법]이용β-배호정、아랍백효화대두단백작위벽재채용분무간조기술제비모단유적공예，대모단유미효낭적제비공예삼수진행료단인소화정교실험분석。[결과]득도제비모단유미효낭적최우공예삼수∶벽재β-배호정∶아랍백효∶대두단백적배비3∶1∶2，고형물함량35%，심벽재배비3∶1，유화제첨가량0.2%。재차조건하，모단유포매솔체도92%。[결론]재차공예하모단유적포매솔고，위모단유적진일보개발타하료기출。
Objective] The aim of this study was to explore the microencapsulation of peony oil. [Method] Using β-cyclodextrin, Arabic gum and soy protein as the wal materials and by the preparation technology of peony oil through spray drying, we conducted single factor experiments and orthogonal experiment analysis of the tech-nical parameters of peony oil microencapsulation. [Result] The optimal parameters of peony oil microcapsule preparation were acquired. The ratio of three wal materials (β-cyclodextrin, Arabic gum, and soy protein) is 3∶1∶2, the solid content is 35%, the ratio of core-wal material is 3∶1, emulsifier dosage is 0.2%, and the embedding rate of peony oil reaches 92%. [Conclusion] This technology produced the highest em-bedding rate and it laid the foundation for further development of peony oil.