1) PLA/Wood flour blends
PLA/木粉复合材料
3) C/PLA composite
C/PLA复合材料
1.
The result indicates that the mechanical performance of C/PLA composite descends to some extent, however, the C/PLA composite whose carbon fiber was treated by the surface soakage with thick nitric acid attains a slow degradation rate, which denotes that the stronger interfacial bonding strength can restrain in vitro degrad.
结果表明: 在体外降解过程中, C/PLA复合材料的各项力学性能均有不同程度的下降, 但经过硝酸处理后的C/PLA复合材料降解速度缓慢, 表明界面结合强度的提高对降解过程起抑制作用。
4) nHAC/PLA composite
nHAc/PLA复合材料
5) WF/PLA bio-composites
WF/PLA复合材料
1.
The molecular weight of poly(lactic acid) in WF/PLA bio-composites with or without AD281 decreased too, but the degradation happened in different areas, some in amorphous area and some in crystal area.
结果表明,WF/PLA复合材料性能随时间延长而下降,但也具有较好的耐久性,24个月后,弯曲强度和弯曲模量可保留90%以上;在土中埋6个月后,复合材料降解显著,力学性能明显降低,无添加剂和添加AD281的WF/PLA复合材料中PLA分子明显降解,但降解区域不同,有的发生在无定形区,有的在结晶区。
补充资料：人木
1.传说中的树木名。
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