1) micromeritic properties
粉体学性质
1.
METHODS: Danggui Buxue Pellets were prepared by a new style extrusion-spheronization equipment;The optimal process and formulation were obtained on the studies of influenitial factors and L_9(3~4) orthogonal design,The micromeritic properties and reception percentage of pellets were determined.
方法:用新型的挤出滚圆造粒机制备当归补血微丸;采用单因素考察和正交设计筛选最优处方和工艺条件;考察了微丸的粉体学性质和收率。
2.
Method:Qiqi pellets were prepared by a new style extrusion-spheronization equipment,the optimal formulation and process was obtained by the studies of influenitial factors and L_(9)(3~(4)) orthogonal design,the micromeritic properties and product yield of pellets were determined.
方法:用新型的挤出滚圆造粒机制备复方杞芪微丸;采用单因素考察和正交设计筛选最优处方和工艺条件;考察了微丸的粉体学性质和收率。
3.
The micromeritic properties, reception percentage and in vitro dissolution of pellets with different spheroniser load were determined.
方法用新型的挤出滚圆造粒机制备杞芪微丸;采用L_9(3~4)正交设计实验优化制剂工艺条件;考察了不同处方微丸的粉体学性质、收率和体外溶出度。
2) micromeritic characteristics
粉体性质
3) Light magnetic powder
轻质磁性粉体
4) powder medium
粉体介质
5) Amyloplast
[英]['æmələʊ,plæst] [美]['æməlo,plæst]
淀粉质体
1.
Current Researches and Prospect of Amyloplast Inheritance;
淀粉质体遗传研究的现状与展望
2.
Transformation of mitochondrion to amyloplast and the cytochemical localization of succinic dehydrogenase in rice endosperm;
水稻胚乳发育中线粒体向淀粉质体转变及琥珀酸脱氢酶的定位
3.
Amyloplast Development and Proliferation in Maize Starch Endosperm Cell
玉米胚乳细胞淀粉质体的发育和增殖方式
6) amyloplast
[英]['æmələʊ,plæst] [美]['æməlo,plæst]
造粉(质)体
补充资料：超导体的非平衡性质（nonequilibriumpropertiesofsuperconductors）
超导体的非平衡性质（nonequilibriumpropertiesofsuperconductors）
处于非平衡态或非稳态中超导体的物性称超导体的非平衡性质。例如第二类超导体中的磁通流动性质，在交变电流或交变磁场中涡旋线的往返运动，N-S界面的交流响应，电流涨落相关，电化学势时间相关，通直流电流下有出现超导体内的相滑，以及隧道效应中的一些非平衡性质，等等。这许多性质的研究形成了超导体动力学，其宏观性质的理论研究主要由含时GL（TDGL）方程结合电磁学麦克斯韦方程来进行。
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