1.
Preparation of Antioxidant Wall Material and Its Application on Microencapsulation of Fish Oil;
抗氧化微胶囊壁材的制备及其在微胶囊化鱼油中的应用
2.
Optimization of components for wall materials of tilapia oil microcapsule by response surface method
响应面法优化罗非鱼油微胶囊壁材的研究
3.
Research on Characteristics of Modified Melamine-formaldehyde Resin in Microcapsule
微胶囊壁材用三聚氰胺甲醛树脂的改性及性能研究
4.
Study on microencapsulation of ferrous sulfate with different coating materials
不同壁材对硫酸亚铁微胶囊化的研究
5.
Study on the Preparation of Sweet Orange Oil Microcapsule Used Amophophallus Gum as Main Wall Material;
以魔芋胶为主要壁材的甜橙油微胶囊研制
6.
Study on Astaxanthin Microencapsulating by Sodium Octenylsuccinate
以纯胶为主要壁材微胶囊化虾青素的研究
7.
The composition of wall materials and the technology of tannin microencapsuation were studied.
研究了微胶囊化鞣质的壁材组成及工艺条件.
8.
Study and Application of Modified Yeast Cell as a Novel Microencapsulation Wall Material;
新型微胶囊化壁材—改性酵母细胞的研究与应用
9.
Lipid Composition and Microencapsulation of Sweet Almond Oil
甜杏仁油成分分析及不同壁材微胶囊化的特性
10.
With β - cyclodextrin as wall material, Chinese gooseberry seed oil was microencapsulated by embedding method.
以β-环糊精为壁材,用包络法对猕猴桃籽油进行微胶囊化。
11.
The Selection of Wall Material and the Investigation of Hardening Process About Spherical Multinuclear Microcapsules Encapsulating Peppermint Oil by Coacervation
复合凝聚球状多核薄荷油微胶囊的壁材选择及固化研究
12.
Study on the Self-Healing Polymer Material with Microcapsulated Healing Agent;
基于微胶囊技术的自修复材料的研究
13.
Preparation of Materials for Microcapsulated Electrophoretic Display and Eletrophoretic Display Prototype
微胶囊型电泳显示材料与器件的研究
14.
Study on the morphorlogy and properties of the PCMMcs
相变材料微胶囊形貌和热性能的研究
15.
Polymerization Property of the Pre-polymer in Photo-Heat Sensitive Microcapsule Material
光热敏微胶囊材料的囊芯固化特性研究
16.
Research Progress on Macromolecular Wall Materials Used for Pesticide Microcap sule
农药微胶囊剂用高分子囊材的研究进展
17.
Study on Extraction with Supercritical Carbon Dioxide and Microencapsulation with Yeast Cell Wall of Gingerin;
超临界CO_2萃取及酵母胞壁微胶囊化姜油的研究
18.
Preparation of Gelled/Microencapsulated Low Temperature Phase Change Materials;
凝胶化、微胶囊化低温相变储能材料研究