CAJ | 학술논문

超临界二氧化碳微乳液技术在超临界流体技术和微乳液技术的基础上，结合了超临界二氧化碳和微乳液的优点，拓展了超临界流体技术的应用领域。文中阐述了超临界二氧化碳微乳液体系的结构表征方法和分子动力学模拟进展，介绍了超临界二氧化碳微乳液萃取应用在分离发酵液方面的研究，同时分析讨论了含有离子液体的新型微乳液体系类型和纳米材料应用情况。作为典型绿色溶剂，包含离子液体的微乳液体系是绿色化学的热点课题，它既对环境友好又扩大了绿色溶剂的应用范围。
초림계이양화탄미유액기술재초림계류체기술화미유액기술적기출상，결합료초림계이양화탄화미유액적우점，탁전료초림계류체기술적응용영역。문중천술료초림계이양화탄미유액체계적결구표정방법화분자동역학모의진전，개소료초림계이양화탄미유액췌취응용재분리발효액방면적연구，동시분석토론료함유리자액체적신형미유액체계류형화납미재료응용정황。작위전형록색용제，포함리자액체적미유액체계시록색화학적열점과제，타기대배경우호우확대료록색용제적응용범위。
Supercritical carbon dioxide microemulsion technology on the basis of the supercritical fluid technology and microemulsion technology, which combines supercritical carbon dioxide with the microemulsion technology, has expanded the application fields of supercritical fluid. In this paper, the structural characterization methods of the supercritical carbon dioxide microemulsion and the progress of the molecular dynamics simulation were summarized, the extraction separation of the ferment liquor in supercritical carbon dioxide microemulsion was introduced, and the types of the novel microemulsion containing ionic liquids and the application of nanomaterials were discussed. As a typical green solvent and a hot topic, the ionic liquids used in the microemulsion can not only benefit the environ?ment, but also enlarge the range of applications.