莪术超微颗粒制备的正交实验研究

潘年松1;邹俊2;张学愈1;李智皞2;涂铭旌2;盛勇2

引用本文:	潘年松1;邹俊2;张学愈1;李智皞2;涂铭旌2;盛勇2.莪术超微颗粒制备的正交实验研究[J].中国现代应用药学,2007,(4):297-299.
	PAN Nian-song1,ZOU Jun2,ZHANG Xue-yu1,LI Zhi-hao2,TU Ming-jing2,SHENG Yong2.Orthogonal Method Study for Super-fine Comminution of Curcuma phaeocaulis[J].Chin J Mod Appl Pharm(中国现代应用药学),2007,(4):297-299.

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莪术超微颗粒制备的正交实验研究
潘年松1;邹俊2;张学愈1;李智皞2;涂铭旌2;盛勇2

作者	单位
潘年松1;邹俊2;张学愈1;李智皞2;涂铭旌2;盛勇2

摘要:

关键词: 莪术纳米球磨机粉体制备正交实验

DOI：

分类号:

基金项目:贵州省科技厅科技攻关项目:05DZKJT-4004

Orthogonal Method Study for Super-fine Comminution of Curcuma phaeocaulis

PAN Nian-song1,ZOU Jun2,ZHANG Xue-yu1,LI Zhi-hao2,TU Ming-jing2,SHENG Yong2

Abstract:

OBJECTIVE To gain the super-fine powder and super-fine powder solution,the thick powers of Curcuma phaeocaulis Val are comminuted superfinely by self-making mechanism-milling equipment.METHODS Using the orthogonal method,the experimental conditions includ

Key words: Curcuma phaeocaulis val superfine comminution nanomechanism-milling equipment orthogonal method