目的：介绍磺胺噻唑鱼肝油乳剂制备方法及质量控制。
Objective: To introduce a preparation method and quality control of sulfathiazole cod -liver oil cream.
方法：通过灌胃脂肪乳剂制备实验性高脂血症大鼠模型。
Methods: Hyperlipidemia was induced by intragastric administration of lipid emulsion in rats.
目的：探讨、完善脂肪乳剂制备小鼠高脂血症模型的方法。
Objective: To investigate the procedure of the hyperlipemia model by intragastric administration of fat emulsion in mice.
采用新型乳剂制备技术，研制出彩色底片感红层核壳型乳剂，其照相性能得到明显的改善。
By using a new emulsion making technique, a core-shell AgX emulsion for color negative red-sensitive layer was prepared successfully with photographic characteristics significantly improved.
目的确定鼻用黄芩苷乳剂处方及制备工艺。
Objective To determine the nasal baicalin emulsion formulation and preparation process.
这些染料制备后，加到乳剂中只对辐射中局部波长的光敏感。
The dyes are exposed to a minimum amount of radiation after preparation and during addition to the emulsion.
高氯乳剂特别适用于制备快速加工的照相材料，而且用于彩色照相材料还能改进彩色还原。
High chloride emulsions are particularly suitable to prepare photographic materials for rapid processing, moreover, they improve the color reproduction in color material.
目的制备盐酸利多卡因乳剂并建立其质量控制方法。
OBJECTIVE:To study the preparation process and method of quality control of hydrochloride lidocaine emulsion.
目的：改进醒脑静注射乳剂的制备工艺。
OBJECTIVE To improve the preparative procedure of Xingnaojing parenteral emulsion.
结论：用该工艺制备的大蒜乳剂符合《中国药典》2005年版乳剂要求。
Conclusion: the garlic emulsion prepared by this composition and technology accords with the stipulation of Chinese Pharmacopoeia (2005).
目的研究醋酸地塞米松静注乳剂的处方及制备工艺，并对其性质进行考察。
OBJECTIVE To study the formulation and preparation technique of intravenous dexamethasone acetate emulsions and also investigate the properties.
采用乳剂和溶液的聚合技术制备了不同电荷密度和胶体性质的阳离子微粒聚合物(CPMP)。
Cationic polymeric micro particles (CPMP) with different charge densities and colloidal properties are prepared from emulsion and solution polymerization techniques.
目的：优选大蒜乳剂的制备工艺，制备大蒜新剂型。
Objective: To optimize preparing technology for garlic emulsion and develop a new preparation of garlic.
本文研究了多结构立方体溴碘化银乳剂微晶的壳层制备。
The preparation of shell layer of multistructure silver bromoiodide cubic microcrystals was studied.
使用反馈式微机控制双注乳化仪，制备了甲酸根离子掺杂于颗粒次表面的立方八面体溴化银微晶乳剂。
By use of the double-jet apparatus controlled by a microcomputer, cubo-octahedral AgBr grain emulsions in which formate ions were doped at subsurface of AgBr microcrystals, were prepared.
本文制备了三个不同形态比的卤化银乳剂，用介电损耗法和微波光导法分别测定了它们的离子电导和光电导衰变动力学。
The dielectric loss and the microwave photoconductivity methods were used to determine the ionic conductivity and the photo-electron decay kinetics of the emulsion microcrystals.
结论筛选出的处方工艺经中试放大制备的静注乳剂性质稳定，为此产品的开发奠定基础。
CONCLUSION the selected formulation and preparation technique were good and can contribute to the development of the product.
目的研究人参皂苷c K静脉乳剂的处方及制备工艺，并对其理化性质进行考察。
Objective To study the formulation and preparation technique of ginsenoside C-K intravenous emulsion and investigate the physicochemical properties of the emulsion.
本发明还公开了上述乳剂及其冻干乳剂的制备方法。
The invention also discloses a method for preparing the emulsion as well as the freeze-dried emulsion.
本文综述了膜乳化过程、影响因素，及该技术在乳剂、微球、纳米粒等剂型制备中的应用。
Its procedure, influence effects and applications in preparing emulsions, microspheres and nanoparticles are reviewed.
用两种方法制备了硫代磺酸盐并对合成方法做了讨论。对其作为稳定剂在照相乳剂中抑制灰雾的作用进行了试验和讨论。
In this paper, thiosulfonates were prepared by two methods and their applications in photo sensitive emulsion have been experimented and discussed.
动物保护试验和田间应用试验的结果均表明，制备的高免血清和用灭活油乳剂苗免疫种鹅均能给雏鹅提供很好的被动保护。
The experimental and field applications results proved that both means of the passive immunity can provided very good prevention for gosling against GNTVE.
本文介绍了精喹。乙羧氟12.5%水乳剂配方的组成和制备方法，并对其产品性能和田间药效进行了测试和试验。
The composition and preparation of Quizalofop-P-ethyl. Fluoroglycofen 12.5% EW was introduced in this paper. The properties and the effects of the product were tested.
以丙烯酸树脂RL 100为包衣材料，采用乳剂-溶剂挥发法，制备了以药物-树脂为丸芯的缓释微丸。
By in-liquid drying, sustained-release pellets were prepared taking Eurdragit RL100 as coating material and drug-resin complex as core.
以丙烯酸树脂RL 100为包衣材料，采用乳剂-溶剂挥发法，制备了以药物-树脂为丸芯的缓释微丸。
By in-liquid drying, sustained-release pellets were prepared taking Eurdragit RL100 as coating material and drug-resin complex as core.
应用推荐