核心壳混血儿 nanostructure,单人赛水晶的镧氢氧化物 nanowires 的顶级和刷子的软壳 poly (?-caprolactone)( 打印机控制语言) ,被戒指洞聚合(ROP ) 成功地在 nanowires 的表面上准备了。如此的特殊结构被 TEM 图象证明。同时,聚合物层的厚度被测量。化学部件和样品的 grafted 打印机控制语言数量被 FTIR 和 TGA 描绘,它提供一个简单、通用的方法给 functionalize 非碳 nanowires。修改的镧氢氧化物 nanowires 能在为打印机控制语言的好溶剂是分散得好的。
A core-shell hybrid nanostructure, a hard core of single-crystalline lanthanum hydroxide nanowires and a soft shell of brushes of poly (e-caprolactone) (PCL), has been successfully prepared by ring-opening polymerization (ROP) on the surface of nanowires. Such special structures were proved by TEM images. Meanwhile, the thickness of polymer layers was measured. The chemical component and the grafted PCL quantity of the sample were characterized by FTIR and TGA, which provides a simple and uni- versal method to functionalize non-carbon nanowires. The modified lanthanum hydroxide nanowires can be well-dispersed in good solvents for PCL.