What is killing the bacteria is clear: it is the singlet oxygen. What is luring them into the microcapsules, though, is not well understood.
尽管单线态氧杀死细菌这个事实是清楚的，但是是什么将细菌引入微型胶囊并不清楚。
No diffusion of BSA (v) into the microcapsules was observed.
牛血清白蛋白(V)不能扩散进入微胶囊。
The degree of protection is generally calculated as the rate of its loss from the microcapsules.
保护程度通常按其在微胶囊中的耗损率来计算的。
Conclusion: the microcapsules prepared can mask the bitter taste of andrographolide, and quickly release in stomach.
结论：该方法所制备微囊不仅可以有效掩盖穿心莲内酯的苦味，而且在胃液中能够快速释放。
Small fractures in the composites move through the material and rupture the microcapsules, releasing the healing agent.
复合体系中的小裂纹穿过材料并使微包覆物破坏，从而释放出愈合助剂。
With the studies of release curves and SEM photos of the microcapsules, it was shown that two kinds of release profile might exist at least.
溶出曲线和微囊形貌结构照片研究表明，可能至少存在两种不同的溶出释放通道。
The paper investigated the effects of the system modifier, stirring velocity and dosage of wall material on the sizes distribution and morphology of the microcapsules.
考察了系统调节剂、搅拌、壁材用量对微胶囊的粒径分布及其形貌的影响。
Theoretically, the microcapsules could be programmed to "flip" rapidly between dark and white states, providing, for example, a sense of motion in a diagram showing how a car works.
成问题的不仅仅是静态字母显示。从理论上讲，这些显微小囊可按照程序编排，使其黑白状态快速“跳动”，产生一种象汽车工作原理图解那样的动感。
Method: the orthogonal experimental design adopts the standard of drug encapsulation and optimizes the preparation procedure of the microcapsules by the complex coacervation method.
方法：以微囊的药物包封率为制备工艺优化指标，利用复凝聚法，通过正交实验得出微囊的最佳制备工艺条件。
Methods the orthogonal experimental design adopting the standard of drug encapsulation was applied to optimize the preparation procedure of the microcapsules by the complex coacervation method.
方法以微囊的药物包封率为制备工艺优化指标，利用复凝聚法，通过正交实验得出微囊的最佳制备工艺条件。
The diameter distribution, surface morphology, thermal properties and structure of the microcapsules were investigated by means of laser particle size analyzer, SEM, DSC and FT-IR, respectively.
利用激光粒径分布仪、扫描电镜、差示扫描量热仪（DSC）和傅立叶转换红外光谱仪分别研究了微胶囊的粒径分布、表面形态、热性能和壳结构。
The diameter distribution, surface morphology, thermal properties and structure of the microcapsules were investigated by means of laser particle size analyzer, SEM, DSC and FT-IR, respectively.
利用激光粒径分布仪、扫描电镜、差示扫描量热仪（DSC）和傅立叶转换红外光谱仪分别研究了微胶囊的粒径分布、表面形态、热性能和壳结构。
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