CAJ | 학술논문

高温下通过简单的热液注射方式合成了包含ZnSe, ZnO的枝状纳米晶。 ZnSe和ZnO拥有不同的晶体结构,分别为闪锌矿结构和纤锌矿结构。实验参数的调整使得枝状纳米晶的组成、形貌发生显著变化。讨论了纳米晶枝状结构的形成机制,认为高温下纳米晶的有取向连接生长是主要原因,特别是对于弯曲结构的ZnO纳米晶通过非极性面间相互连接。此结果对有取向连接合成结构更加复杂的纳米晶有一定的指导意义。
고온하통과간단적열액주사방식합성료포함ZnSe, ZnO적지상납미정。 ZnSe화ZnO옹유불동적정체결구,분별위섬자광결구화섬자광결구。실험삼수적조정사득지상납미정적조성、형모발생현저변화。토론료납미정지상결구적형성궤제,인위고온하납미정적유취향련접생장시주요원인,특별시대우만곡결구적ZnO납미정통과비겁성면간상호련접。차결과대유취향련접합성결구경가복잡적납미정유일정적지도의의。
Branched nanocrystals comprising ZnSe and ZnO were synthesized via a simple injection method under high temperature. The ZnSe and ZnO nanocrystals were in blende and wurtzite structures respectively. Parameter adjustment caused the obvious changes of the products. The formation mechanism of branched configuration for these two different structures was discussed. It was suggested that the morphology should be the results of OA (oriented attachment) process under high temperature, especially for the particular curving configuration of ZnO nanocrystals which were attached to each other with the non-polar plane. Such a conclusion should provide some guideline for preparing more complex architecture through OA mechanism.