Under stirring slowly, gradually adding HPMC HPMC floating on the surface of the water, and then gradually formed a slurry, the slurry cooling while stirring.
在慢慢搅拌下逐渐加入HPMC，开始HPMC浮在水的表面，然后逐渐形成一种淤浆，在搅拌下冷却该淤浆。
CONCLUSION: the amount and particle size of HPMC, preparation method, tablet size as well as the additives are the main factors influencing ATMP release from HPMC extended matrix tablet.
结论：HPMC用量和粘度，制备工艺，片剂大小及其辅料为影响对乙酰氨基酚骨架片释放速率的主要因素。
Objective To use ANN to quantitatively predict the influence of the amount of HPMC and its internal viscosity on allopurinol release from HPMC sustained release tablets.
目的用人工神经网络模型定量的预测HPMC的量和其固有黏度对药物释放的影响。
The effect of HPMC-E50 and HPMC-F50 on PVC resins in VCM suspension polymerization was analyzed based on a lot of experiments.
通过大量试验分析了HPMC-E50和HPMC-F50在氯乙烯悬浮聚合中对PVC树脂的影响，从而确定了复合分散体系的质量分数以及分散剂的配比。
CONCLUSION: the amount, particle size and viscosity of HPMC, preparation method, tablet size as well as the additives significantly influenced aspirin release from HPMC matrix tablet.
结论：HPMC用量、粘度和粒度、制片方法、片剂大小及其它辅料为影响阿司匹林骨架片释放速率的主要因素。
Conclusions Ibuprofen sustained release tablets with ideal release behavior could be prepared by selecting HPMC with different viscosity and adjusting the content of HPMC.
结论联合应用不同黏度和用量的HPMC，可制备具有理想释药行为的布洛芬骨架缓释片。
Conclusions Ibuprofen sustained release tablets with ideal release behavior could be prepared by selecting HPMC with different viscosity and adjusting the content of HPMC.
结论联合应用不同黏度和用量的HPMC，可制备具有理想释药行为的布洛芬骨架缓释片。
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