方法采用正交设计法，以所制乳剂离心分层油层的高度为考察指标，对影响乳剂稳定的主要因素进行优选。
Method Using the height of oil layer in the centrifuged emulsion as evaluating criterion, the main factors that affect the stability of emulsion were selected by orthogonal design method.
然后利用正交法优选配方，制得耐水性良好、附着力强的水玻璃复合涂料。
Then the prescription is optimized by orthogonal method. Thus a sodium silicate composite coating with good water tolerance and strong adhesion is prepared.
结论：用正交试验法优选失笑滴丸的滴制工艺是可行的。
CONCLUSION: It's feasible to seek the optimum techniques making Shixiao pill by orthogonal test.
以颗粒粒径分布、流动性及成品率为评价指标，优选清胆颗粒制粒工艺。
And the preparation technology was optimized by taking grain size distribution, grain fluidity, the ratio of finished product as evaluation index.
最后，对提取液的浓缩、干燥、制粒工艺进行优选，制定出最佳工艺参数，为合理规范的工业化的大生产提供依据。
Last, optimizing the best parameter of condense, dry and granulate to offer the reasonable, normative and scientific data for industrialized production.
目的：优选出三红酒制槟榔的最佳炮制工艺。
Objective: To seek the optimal processing technology of Betelnutpalm seed with Sanhong wine.
目的：优选盐制山茱萸的炮制工艺。
Objective: To optimize the preparation technology of Corni Fructus.
结果：按优选处方制得的灯盏花素口腔崩解片，能在35s内崩解完全，口感良好，溶出度明显高于普通片。
RESULTS: The tablets prepared were finer in appearance, disintegrated within 35 s, with desirable taste. The dissolution rate was faster than breviscapine ordinary tablets.
方法以口味、制粒好坏及可压性为考察指标，优选出片剂最佳生产工艺。
Methods Taking taste, effect of making granules and against moisture as criteria, this paper studies the optimum technology of compound licorice buccal tablets.
方法以口味、制粒好坏及可压性为考察指标，优选出片剂最佳生产工艺。
Methods Taking taste, effect of making granules and against moisture as criteria, this paper studies the optimum technology of compound licorice buccal tablets.
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