CAJ | 학술논문

通过飞秒激光加工组装了CdTe量子点微纳结构，该微纳结构保留了量子点的特性.利用量子点表面的原子失配对金属离子进行还原，实现了多种金属如银、铜、锌、铂、铬和铁等微纳结构的制备.该微纳结构保留了金属的性质.其中，铜微钠结构的电导率约为2.7×105 S/m.
통과비초격광가공조장료CdTe양자점미납결구，해미납결구보류료양자점적특성.이용양자점표면적원자실배대금속리자진행환원，실현료다충금속여은、동、자、박、락화철등미납결구적제비.해미납결구보류료금속적성질.기중，동미납결구적전도솔약위2.7×105 S/m.
CdTe quantum dots( QDs) were assembled through femtosecond laser direct writing. Then metal ions were reduced by the CdTe QDs to make metal structures. The assembled CdTe QDs retains the fluorescent property and after the reduction it can obtain the metal properties. With this method we can prepare various of metals microstructure such as Ag, Cu, Zn, Pt, Cr, Fe, etc. The conductivity of the Cu microstructure could reach 2.7í105 S/m.