micromeritics

micromeritics

1. The particles are characterized by XRD,TEM and Micromeritics ASAP 2020 M surface areas and porosity analyzer.

并采用XRD、TEM和ASAP2020物理吸附仪等测试手段进行了表征。

2. Methods: The experimental methods of Micromeritics were used to study the powder of Xiaozhongfeng Capsules;

方法:运用粉粒学实验方法对小中风胶囊药粉进行研究。

3. Keywords Ankahuangmin Capsule;pelleting technology;extrusion spheronization method;pellet;property of micromeritics;

氨咖黄敏胶囊;造粒工艺;挤出滚圆法;微丸;粉体学性质;

4. Keywords famotidine;extrusion spheronization;pellets;micromeritics properties;in vitro dissolution;

法莫替丁;挤出滚圆造粒;微丸;粉体学性质;体外溶出度;

5. Keywords sintering model surface energy computation powder metallurgy micromeritics;

烧结模型;表面能计算;粉末冶金;粉体学;

6. Adsorption isotherm of nitrogen in MCM-41 at temperature T=77 K was measured by using the ASAP 2010 volumetric adsorption analyzer produced by Micromeritics Instrument Corp. .

用美国Micromeritics公司生产的ASAP2 0 10物理吸附仪测定了低温 (77K)N2 在MCM 41分子筛中的吸附等温线 ,获得了表征MCM 41特征的BET比表面、BJH孔容和平均孔径 .

7. Objective: To improve the physical properties of micromeritics of the extracts of Fengshilin capsule, such as anti moisture.

目的:为了改善纯风湿灵胶囊剂提取物的引湿性、流动性等物理性质。

8. TECHNICAL STUDY ON ANTISEPTIC MICROMERITICS MATERIAL OF SILVER CALCIUM MONOHYDRATE PHOSPHATE

磷酸氢钙载银系抗菌材料的工艺研究

9. micromeritics properties

粉体学性质

10. Antiseptic Micromeritics Material was developed with Calcium Monohydrate Phosphate as carrier,appending silver nitrate、zinc nitrate、kronos。

运用磷酸氢钙作载体,硝酸银,硝酸锌作抗菌剂,外加不等量的二氧化钛,制成了吸附型的抗菌粉体。

11. Keywords high speed stirring granulation;multiple regression analysis;uniform design;micromeritics;ethylcellulose;aspirin;

高速搅拌制粒工艺;多元回归分析;均匀设计;粉体学;乙基纤维素;阿司匹林;