MICROSCALE

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Micro-Macro Scale Relationship in Creep Deformation of Ultra High Molecular Weight Polyethylene
《Chinese Journal of Polymer Science》2021年第12期1665-1672,共8页Bi-Jin Xiong Zhen-Xian Chen Jian Kang 
by the National Natural Science Foundation of China(Nos.51973077 and 21604088).Prof.Yongfeng Men is appreciated for fruitful discussion.
Macroscopic and microscale creep deformations of UHMWPE were investigated by using in situ SAXS.A methodology for the measurement of the local creep deformation of inter-lamellar amorphous phase has been proposed.The ...
关键词：Ultra-high molecular weight polyethylene CREEP Small angle X-ray scattering MICROSCALE 
Orientation of LDPE Crystals from Microscale to Nanoscale via Microlayer or Nanolayer Coextrusion被引量：3
《Chinese Journal of Polymer Science》2016年第12期1411-1411,1412-1422,共12页Jun-feng Cheng 浦鸿汀 
financially supported by Major Program for Fundamental Research of Shanghai Science & Technology Commission(No.14JC1492700);the Fundamental Research Funds for the Central Universities(No.0500219216)
Abstract The microlayer or nanolayer coextrusion of hundreds or thousands of alternating low density polyethylene （LDPE）/polystyrene （PS） microlayers or nanolayers were used to study the orientation of LDPE crysta...
关键词：Microlayer or nanolayer coextrusion Low density polyethylene POLYSTYRENE Confined space Crystalorientation. 
PARTICLE-COLLISION AND POROGEN-LEACHING TECHNIQUE TO FABRICATE POLYMERIC POROUS SCAFFOLDS WITH MICROSCALE ROUGHNESS OF INTERIOR SURFACES被引量：4
《Chinese Journal of Polymer Science》2013年第5期737-747,共11页Zhen Pan Ze-hua Qu Zheng Zhang Rong Peng Ce Yan 丁建东 
financially supported by Chinese Ministry of Science and Technology(973 programs Nos.2009CB930000 and 2011CB606203);NSF of China(Nos.21034002,91127028 and 51273046)
A facile technique is herein reported to fabricate three-dimensional （3D） polymeric porous scaffolds with interior surfaces of a topographic microstructure favorable for cell adhesion. As demonstration, a well-known...
关键词：Tissue engineering Porous scaffolds Surface topography Cell adhesion Poly（lactide-co-glycolide） （PLGA）. 
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