结果水分散体包衣技术有许多优点优于传统包衣技术。
RESULTS There are more advantages in aqueous dispersion coating than in traditional coating.
对薄膜包衣技术及其在制剂生产中应用的研究进展作一综述。
The film coating technique and its application in the pharmaceutical manufacturing are reviewed in this paper.
实践表明采用薄膜包衣技术能在中药片剂生产中取得更好的效果。
It was indicated that adopting the technology of thin film lagging cover could make good effect in manufacturing of traditional Chinese medicine tablet.
结论：采用控释薄膜包衣技术和骨架控释技术可用于制备强水溶性药物控释制剂。
CONCLUSION: the controlled release film-coated technique and the matrix technique can be used to prepare controlled release tablets for highly hydrophilic drugs.
目的：用水分散体包衣技术制备5氨基水杨酸(5 ASA)结肠定位释放小丸给药系统。
Objective: To prepare 5 ASA colon specific targeting pellets by using aqueous dispersion coating process.
重庆宏南科技有限公司是中国著名流化床干燥、制粒、微丸、包衣技术研发及设备专业制造商。
Chongqing Honor Science and Technology Company, LTD., is the famous pharmaceutical machinery manufacturer in China in fluid bed system for drying, granulation, pilling and film coating.
目的综述了干法包衣技术的特点、设备、常用辅料及影响因素，并对其在药剂学上的应用进行了简述。
OBJECTIVE the equipments, processes, excipients in common use and influence factors as well as applications in pharmaceutical fields of the dry coating technology are reviewed.
经流动性、吸湿性及相容性等试验研究，确定了较合理的处方，采用粉末直接压片工艺与薄膜包衣技术。
We studied the exipients and the formulation on the basis of many tests, the result of preparation procedure was powder press tablet directly and film coating technics.
由于流化床设备有极高的蒸发效率，颗粒悬浮在气流中，进行包衣，使得这一技术能广泛地适用于粒芯包衣。
This technique is widely applied to granule core coating because due to high evaporation rate of fluidized bed, the granule could be coated when suspended in the air stream.
初步确立离心包衣造粒技术制备甲硝唑结肠靶向制剂的方法。
To establish a preparation technique of Metronidazole- loaded colon specific drug delivery systems by centrifuge coating granulation method.
采用膜控技术，离心包衣造粒法制备了盐酸青藤碱控释微丸。
By using membrane controlled-release technique and centrifugal coating pelletization, sinomenine hydrochloride controlled-release pellets were prepared.
这种方法借助于流化床技术，利用气流使颗粒、微丸处于悬浮流化状态进行包衣的一种方法。
The process can be used to apply coating film to the granules and pellets when they are in the state of suspending and fluidizing using airflow by fluidized-bed technology.
本文研究表明空气悬浮包衣法包衣效果良好，此技术尤适用于颗粒、微丸的包衣。
The results in this paper show that the coating effect is good and this technology is suitable for the coating of granules and pellets.
本文采用流化床技术制备盐酸二甲双胍素丸，并采用缓释包衣材料制备缓释盐酸二甲双胍微丸。
In this thesis, Metformin Hydrochloride pellets and sustained-release pellets were prepared by powder coating technology.
本文采用流化床技术制备盐酸二甲双胍素丸，并采用缓释包衣材料制备缓释盐酸二甲双胍微丸。
In this thesis, Metformin Hydrochloride pellets and sustained-release pellets were prepared by powder coating technology.
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