As a consequence, in order to prepare core-shell particles with well-defined composition, morphology and properties, furthermore to obtain ordered advanced nanocomposite materials, the future research in nanoengineering of particle surfaces should focus o
As a consequence, in order to prepare core-shell particles with well-defined composition, morphology and properties, furthermore to obtain ordered advanced nanocomposite materials, the future research in nanoengineering of particle surfaces should focus o
指出利用胶体粒子模板表面与壳层物质或其前驱物间的特殊相互作用（包括静电和化学相互作用），是完善现有制备方法和发展新方法来制备具有设定组成、结构和性能的核壳复合粒子的关键，同时也是将来的粒子表面纳米工程和获取有序的、先进的纳米复合材料的主要方向。