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Mechanical Properties of Small-diameter Superfine Silk Powder/Polyurethane Vascular Graft Reinforced by Tubular Knitted Fabric 被引量:3
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作者 ZHU Guo-cheng YANG Hong-jun +3 位作者 OUYANG Chen-xi XU Wei-lin ZHANG Zhen YAN Yun 《Chinese Journal of Biomedical Engineering(English Edition)》 2010年第2期77-84,92,共9页
In this paper,a kind of composite microtube,which is made from superfine silk powder and polyurethane,reinforced by polyster and spandex tubular fabrics,was examined.The cross-section of composite microtubes were micr... In this paper,a kind of composite microtube,which is made from superfine silk powder and polyurethane,reinforced by polyster and spandex tubular fabrics,was examined.The cross-section of composite microtubes were microporous,and micropores were uniform distributed,the inner surface was relatively smooth.The results showed that the wall thickness of composite microtubes increased,which led to the strength,the breaking work and the initial modulus incresead;that the spandex content increased brought about the initial modulus and the breaking work decreased,but the breaking extension and the breaking load were firstly increased and then decreased;and all the mechanical properties decreased as the SFSP content increased. 展开更多
关键词 superfine silk powder(SFSP) polyurethane(PU) tubular fabric vascular graft mechanical property
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