CAJ | 학술논문

微胶囊技术现已广泛应用于生物医药，环境保护，日用化工，农业科学及航空航天等领域，随着应用范围扩大，开发新技术与新方法制备微胶囊，使其具有更精确可控的结构已成为微胶囊技术发展的重大课题之一。选择两种生物相容性较好的天然聚电解质—羧甲基纤维素（CMC）和壳聚糖（CS），作为制备新型微胶囊的原料，利用聚阴离子羧甲基纤维素和聚阳离子壳聚糖之间的静电结合，成功制备出一种具有新结构的中空聚电解质微胶囊并初步研究了其形貌能基本性能。
미효낭기술현이엄범응용우생물의약，배경보호，일용화공，농업과학급항공항천등영역，수착응용범위확대，개발신기술여신방법제비미효낭，사기구유경정학가공적결구이성위미효낭기술발전적중대과제지일。선택량충생물상용성교호적천연취전해질—최갑기섬유소（CMC）화각취당（CS），작위제비신형미효낭적원료，이용취음리자최갑기섬유소화취양리자각취당지간적정전결합，성공제비출일충구유신결구적중공취전해질미효낭병초보연구료기형모능기본성능。
The microcapsule technology is now widely used in biological medicine, environmental protection, daily chemical, agricultural science, aerospace and other fields. With expansion of its application scope, new technologies and methods for preparation of microcapsules are developedcontinually, making microcapsules have more precise controllable structure has become one of the major topics of microcapsule technology development. In this paper, two kinds of natural polyelectrolyte with good biological compatibility, carboxymethyl cellulose (CMC) and chitosan (CS), were used as new type of microcapsule preparation raw materials to prepare hollow polyelectrolyte microcapsules with new structure by the electrostatic bonding between polyanionic cellulose and cationic chitosan, and its morphology and basic performance were studied.