吉林化工学院学报
吉林化工學院學報
길림화공학원학보
JOURNAL OF JILIN INSTITUTE OF CHEMICAL TECHNOLOGY
2012年
1期
26-28
,共3页
沈启慧%刘岩%金丽%张建坡
瀋啟慧%劉巖%金麗%張建坡
침계혜%류암%금려%장건파
CdS:Mn%掺杂%微波
CdS:Mn%摻雜%微波
CdS:Mn%참잡%미파
CdS: Mn%doping%microwave
利用微波辐射促进离子扩散的方法,大大降低Mn^2+扩散所需温度,在水相中成功制备出CdS:Mn量子点.该量子点具有立方闪锌矿结构,荧光发射峰波长可以在530—660nm之间连续调节,荧光量子产率高达50%,并且具有良好的光稳定性.这种方法可以为其他掺杂量子点的水相合成提供参考.
利用微波輻射促進離子擴散的方法,大大降低Mn^2+擴散所需溫度,在水相中成功製備齣CdS:Mn量子點.該量子點具有立方閃鋅礦結構,熒光髮射峰波長可以在530—660nm之間連續調節,熒光量子產率高達50%,併且具有良好的光穩定性.這種方法可以為其他摻雜量子點的水相閤成提供參攷.
이용미파복사촉진리자확산적방법,대대강저Mn^2+확산소수온도,재수상중성공제비출CdS:Mn양자점.해양자점구유립방섬자광결구,형광발사봉파장가이재530—660nm지간련속조절,형광양자산솔고체50%,병차구유량호적광은정성.저충방법가이위기타참잡양자점적수상합성제공삼고.
As a result of the dopants diffused at low temperature under microwave (MW) irradiation, the CdS: Mn quantum dots (QDs) were synthesized in water. The CdS: Mn QDs had a cubic zinc blended structure. The photoluminescence(PL)wavelength was tunable from 550 to 660 um,and the PL quantum yield was about 50%. Furthermore, the CdS:Mn QDs had a good photostability. This method can be applied into other doped QDs synthesis.