结论：纯白盐酸青藤碱为最佳晶型，为该原料药制剂生产提供参考。
CONCLUSION the pure white sinomenine hydrochloride is the best crystal, it can be referenced for production.
本研究开发的碱式氯化镁晶须具有原料廉价易得、合成条件温和以及操作简单的特点。
The basic magnesium chloride whisker that is synthesized in this experiment has the character of the low cost, the mild conditions and easy operation.
以活性氧化镁和氯化镁为原料在水热条件下合成了碱式氯化镁晶须。
Basic magnesium chloride whiskers were prepared from active magnesium oxide and magnesium chloride by a hydrothermal method.
探讨了反应温度、空气流量、搅拌速度、碱比、初始混合状态等因素对晶种制备过程中氧化速率及晶种形态的影响。
The effect of temperature, air flow rate, stirring speed, initial mixing condition on the reaction rate and the speed form have been studied systematically.
通过大量实验摸索，设计出适合进行拓展训练的碱式硫酸镁晶须合成与观察的实验。
Through many experiments, the growth of basic magnesium sulfate whisker that fitting expanding training experiment is designed.
XRD分析表明：碱活化条件将直接影响沸石的晶型、晶粒尺寸和相对含量。
XRD analysis shows that the type, granularity and relative content of synthetic zeolite were affected by these factors.
试验表明，碱式硫酸镁晶须对聚丙烯材料具有优良的增强和阻燃效果。
Experiment shows that basic magnesium sulfate whisker can make polypropylene materials have the good effects in reinforcement and flame retardant.
结果表明：适于碱式硫酸镁晶须表面改性的改性剂为油酸钾；
The results indicate that the suitable modifier for basic magnesium sulfate whiskers is potassium oleate.
该吸附剂在成型过程中加入造孔剂，再经过碱处理进行原位晶化，然后再进行离子交换。
In the forming process, the adsorbent is added with a pore forming agent and subjected to alkali treatment for home position crystallization and ion exchange.
该吸附剂在成型过程中加入造孔剂，再经过碱处理进行原位晶化，然后再进行离子交换。
In the forming process, the adsorbent is added with a pore forming agent and subjected to alkali treatment for home position crystallization and ion exchange.
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