目的：采用星点设计-效应面法优选消疮凝胶剂的提取工艺。
Objective: To optimize the extraction craft of Xiaochuang gel by central composite design-response surface methodology.
目的通过星点设计-效应面法优化替硝唑结肠靶向生物黏附片处方。
OBJECTIVE To optimize the formulation of tinidazole colon-targeted bioadhesive tablets by the central composite design-response surface methodology (RSM plus CCD).
星点设计-效应面法建立的模型可较好地描述该试验中因素与指标的关系，预测性良好。
The established model can describe the relationship between factors and index, and the outcome of prediction is good.
结论星点设计-效应面法可用于硝酸布康唑缓释乳膏的处方优化，所建模型具有良好的预测能力。
CONCLUSION The CCD-RSM can be applied to optimize the formulation of butoconazole nitrate sustained-release cream and the established model is of satisfactory predictive value.
方法：以包封率和平均粒径为评价指标，采用星点设计-效应面法优化醇质体处方中大豆磷脂、药物和无水乙醇的最佳配比。
METHODS Taking encapsulated ratio and average diameter as evaluation index to optimize the best matching of soybean phospholipid, drug and absolute alcohol in ethosomes.
方法通过查阅国内外近年来的有关资料和文献，对星点设计效应面法在药学试验设计中的应用进行了分析。
METHODS Analyse the application of central composite design and response surface methodology in pharmacy experiment design by researching the recent domestic and international documents and files.
本研究应用星点设计效应面优化法对SEBS改性沥青工艺进行优化。
This research applies central composite design and response surface methodology to optimize the process parameters of SEBS modified asphalt.
在发酵试验方面，采用星点设计—效应面优化法寻找较优的发酵条件。
We also used central composite design methods to optimize the fermentation conditions.
将星点设计-效应面优化法应用于橡胶颗粒沥青混合料的级配组成优化是可行的。
The test results showed that the central composite design and response surface methodology was suitable to the optimization research of waste tire crumb rubber in asphalt mixture.
目的采用星点设计-效应面优化法优选干姜提取工艺。
Central composite design and response surface methodology was applied to optimize the formulation.
星点设计效应面法可用于微丸处方的优化。
The optimization of the formulation could be achieved by the central composite design-response surface methodology.
星点设计效应面法可用于微丸处方的优化。
The optimization of the formulation could be achieved by the central composite design-response surface methodology.
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