1) solid dispersion
固体分散
1.
METHODS Naproxen sodium and pseudoephedrine hydrochloride bilayed sustaineded-release tablets were prepared by the solid dispersion method and twice compressing method using HPMC as the matrix material.
方法采用固体分散技术,以羟丙甲纤维素为缓释骨架,二次压片制备萘普伪麻双层缓释片;并考察盐酸伪麻黄碱释放度的影响因素和释药特性。
2.
Methods The way of solid dispersion basic materials and non-water preparation was used to prepare effervescent tablets, and was compared with the traditional preparation procedures.
方法采用碱性固体分散-非水制粒工艺试制泡腾片,与改进的非水制粒工艺对比;对泡腾片处方采用正交设计的方法进行优化;并进行初步稳定性考察。
2) solid dispersion
固体分散体
1.
Preparation and dissolution characteristics of solid dispersion of ginsenoside Rg_3;
人参皂苷Rg_3固体分散体的制备与体外特性研究
2.
Preparation of Dragon’s blood solid dispersion and the study on their dissolutions;
龙血竭固体分散体的制备及其溶出效果的研究
3.
Study on preparation of nitrendipine solid dispersion using the solvent evaporation-deposition method;
溶剂蒸发-沉积法制备尼群地平固体分散体
3) solid dispersions
固体分散体
1.
Preparation and in vitro evaluation of nifedipine solid dispersions;
硝苯地平固体分散体的制备和溶出速率研究
2.
Preparation and dissolution properties of solid dispersions of puerarin with polyethylene glycol 6000;
葛根素-聚乙二醇6000固体分散体的制备及其溶解性能的研究
3.
Determination of 5F in the solid dispersions prepared by poloxamer and 5F extracted from Pteris semipinnata L;
半边旗有效成分5F-泊洛沙姆固体分散体中5F的含量测定
4) Solid dispersion system
固体分散体
1.
Quantitation of flavonoids in silymarin loaded solid dispersion system;
水飞蓟素固体分散体中总黄酮的测定
2.
To enhance the dissolution rate of ursolic acid(UA) from its preparation,solid dispersion systems of UA in PVP-K30 were prepared at various weight ratios by co-evaporation of drug and PVP-K30 ethanol solution.
采用聚乙烯吡咯烷酮(PVP-K30)作为载体,用溶剂法制备乌索酸(UA)固体分散体,以提高制剂中UA的溶出度;建立高效液相色谱(HPLC)法测定固体分散体的体外溶出度,并进行红外和紫外光谱分析,鉴别药物在载体中的存在状态。
5) solid dispersion
固体分散物
1.
Preparation and dissolution of the solid dispersions of ketoprofen-polyvinylpyrrolidone;
酮洛芬-聚乙烯吡咯烷酮固体分散物的制备及其体外溶出度的研究
2.
Preparation of solid dispersion hemin and evaluation of its dispersing character;
氯化血红素固体分散物的研制及其分散特征评价
3.
Studies on preparation and dissolution of albendazole solid dispersions;
阿苯达唑固体分散物制备及体外溶出特性研究
6) Solid dispersion method
固体分散法
补充资料：分散相固体电解质体系
分子式：
CAS号：
性质：当固体电解质中加入另一种惰性的固体微粒并成为分散体系时，其电导率可增加1～2数量级。如LiI室温下的电导率约为10-7S/cm，当其中混合适当比例Al2O3微粉时，可提高至10-5S/cm。其原因很可能与惰性微粒加入后相界面的电导增加有关。这是提高固体电解质电导率的一种方法。
CAS号：
性质：当固体电解质中加入另一种惰性的固体微粒并成为分散体系时，其电导率可增加1～2数量级。如LiI室温下的电导率约为10-7S/cm，当其中混合适当比例Al2O3微粉时，可提高至10-5S/cm。其原因很可能与惰性微粒加入后相界面的电导增加有关。这是提高固体电解质电导率的一种方法。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条