1. No coacervation and mouldiness be found after two months storage.
贮存两个月不凝聚、不霉变。
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2. Methods Breviscapine chitosan-alginate microcapsules were prepared by coacervation technology.
方法采用复凝聚法制备了灯盏花素壳聚糖-海藻酸钠微囊。
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3. Methods: Lycopene microcapsules were prepared by simple coacervation technique and orthogonal design.
方法：用单凝聚法制备微囊，并用正交实验优化制备工艺。
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4. The present paper reported gelatin-peach gum complex coacervation method of microencapsulated phoxim.
采用明胶-桃胶为囊材的复合凝聚方法使辛硫磷微胶囊化。
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5. Conclusion The Maifanshi adsorption is concerned with specific surface and capillary tube coacervation.
结论：麦饭石的应用与它的表面性质有关且与它的毛细管凝聚作用相关联。
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6. The present paper reported gelatin - peach gum complex coacervation method of microencapsulated phoxim.
采用明胶-桃胶为囊材的复合凝聚方法使辛硫磷微胶囊化。
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7. MethodsLycopene oil resin microcapsule were prepared by simple coacervation technology and orthogonal design.
方法用单凝聚法制备微囊，并用正交实验优化制备工艺。
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8. In order to solve these problems, the microcapsules of menthol were prepared by phase separation-coacervation method.
为了解决这个问题，进行了采用相分离-凝聚法对制备薄荷醇微胶囊研究。
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9. On the other, it can not be applied extensively for the shortcomings of coacervation easily and reclamation difficulty.
但是由于存在易凝聚和难回收等缺点，给实际应用带来了一定的困难。
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10. The preparation technology of Artemisia oil microcapsule was studied by complex coacervation method with gelatin and acacia.
以壳聚糖和阿拉伯胶为囊材，探讨将阿司匹林微囊化的制备工艺及缓释测定。
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11. A complex coacervation method was used to prepare Ibuprofen microcapsule using chitosan and Gum-arabic as the wall materials.
本文以壳聚糖和阿拉伯胶为囊材，利用复凝聚法将布洛芬微囊化。
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12. The carrier which was fabricated by sodium alginate double coacervation method was used to research the immobilization of thrombin.
以海藻酸钠复凝聚法微胶囊作为载体对凝血酶的固定化进行了初步研究。
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13. In this study, Norfloxacin microcapsule was preparated by coacervation-phase seperation technique with acetylcellulose as coating material.
本文以醋酸纤维等为包囊材料，采用相凝聚法制备了氟哌酸微球。
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14. The fish gelatin being soluble at ambient temperatures provides a basis for relatively low temperature coacervation impossible with other gelatins.
目前，鱼明胶在常温下溶于提供相对低温凝聚明胶不可能与其他的基础。
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15. FITC-BSA was used as a model protein to explore the permeability of the microcapsule membrane which was fabricated by the double coacervation method.
16. Purpose To study the method which was used to prepare nimodipine microspheres with chitosan-Gum-arabic by means of a complex coacervation method in an emulsion system.
目的研究以壳聚糖和阿拉伯胶为基质，制备尼莫地平缓释微球的工艺。
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17. According to this invention, the combination of a solid particulate water insoluble drug with a solid fish gelatin coating is produced by coacervation of the fish gelatin.
根据这一发明，一个稳固的微粒具有坚实的鱼水明胶涂层是由鱼明胶凝聚产生的不溶性药物的组合。
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18. The microcapsule used for paper was prepared using nature macromolecule material sodium alginate and chitosan as wall and a colorless dye oil as core by complex-coacervation.
采用天然高分子物质壳聚糖、 海藻酸钠为壁材，无色染料油溶液为芯材，通过复合凝聚法制备纸用微囊。
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19. The slow-release microcapsule water suspension agent uses the sethoxydim as core material by complex coacervation method and uses the gelatin and the arabic gum as wall material.
它是采用复凝聚法，以稀禾定为芯材、以明胶和阿拉伯胶为壁材的缓释型微胶囊水悬剂。
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20. 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。
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21. The effect and feasibility of the rotational electrolysis coacervation technology applied to emulsion breaking of emulsion wastewater from metal machining is investigated by experiments.
研究转动式电凝聚技术用于乳化液破乳处理的效果和可行性。
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22. 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。
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23. The academic content of this meeting will be: elementary particles and astrophysics, coacervation physics, new materials, applied physics, nuclear physics and synchronized radiation technology, etc.
大会学术内容为基本粒子和天体物理、凝聚态物理、新材料、应用物理、核物理及同步辐射技术等。
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24. The academic content of this meeting will be: elementary particles and astrophysics, coacervation physics, new materials, applied physics, nuclear physics and synchronized radiation technology, etc.
