collagen porous scaffolds 胶原多孔支架
threedimensional porous scaffolds 三维多孔支架
Silk fibroin porous scaffolds 蚕丝素多孔支架
porous bone scaffolds 多孔骨支架
porous tubular scaffolds 多孔管状支架
The friction force of PGA porous scaffolds between DMEM is increases with the increase of the flow velocity.
聚羟基乙酸PGA管状支架的摩擦力随流速的增加而增加。
Moreover, the pore structure of the porous scaffolds has a better uniformly distribution and higher porosity.
另外，减压速率和处理温度对多孔支架的结构形态有一定影响。
Such porous scaffolds can be designed by CAD modeling method, and fabricated by rap - id prototyping technology.
仿生支架可以采用CAD建模方法设计内部结构，并采用快速成形加工制备仿生支架实体。
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