n.微囊化；微型胶囊

Microencapsulation is used to create drug delivery systems that protect the active ingredients from degradation.
微胶囊化用于创建保护活性成分免受降解的药物递送系统。
In food industry, microencapsulation is employed to improve the stability and shelf life of flavors and fragrances.
在食品工业中，微胶囊化被用来提高香料和香水的稳定性和保质期。
The technique involves encapsulating oil droplets in a polymer matrix for controlled release in cooking oils.
这项技术包括将油滴封装在聚合物矩阵中，以实现烹饪油中的可控释放。
Cosmetic manufacturers use microencapsulation to create powders with a long-lasting, even application.
化妆品制造商利用微胶囊化技术制造出持久且均匀的粉末。
In agriculture, microencapsulated fertilizers provide nutrients slowly over time, reducing waste and improving plant growth.
在农业中，微胶囊化的肥料能缓慢释放养分，减少浪费并促进植物生长。
Microencapsulation is crucial for the development of biopesticides, as it protects the active agents from environmental factors.
对于生物杀虫剂的发展，微胶囊化至关重要，因为它能保护活性成分不受环境因素影响。
Microcapsules can be designed to target specific cells or tissues in the body, enhancing the effectiveness of medical treatments.
微胶囊可以设计成针对身体特定细胞或组织，从而增强医疗治疗的效果。
In the field of textiles, microencapsulation technology is used to create temperature-regulating clothing materials.
在纺织领域，微胶囊技术被用于制造调节温度的服装材料。
The process of microencapsulation involves the formation of tiny capsules within a larger matrix, often using emulsification or solvent evaporation techniques.
微胶囊化过程涉及在大矩阵内形成微小的胶囊，通常通过乳化或溶剂蒸发技术实现。
Researchers are exploring the use of microencapsulation for solar energy storage, improving efficiency and reducing the need for bulky batteries.
研究人员正在探索微胶囊化在太阳能储存中的应用，以提高效率并减少对大体积电池的需求。