CAJ | 학술논문

通过LaZnSbO在La3+的位置用A=Ca2+, Sr2+, Ba2+进行变价替换引入P型载流子，使用Mn2+替换Zn2+引入自旋，可使ZrCuSiAs结构单相(La,A)(Zn,Mn)SbO (A=Ca, Sr, Ba)同时兼具半导体和铁磁性能，居里温度可达到40 K。居里温度以下呈现类似玻璃磁性的磁性特征，(La0.95Ca0.05)(Zn0.9Mn0.1)SbO的翻转时间(τ*)和动态临界指数(zγ)分别为：τ*=2.64×10-7s, zγ=1.91。
통과LaZnSbO재La3+적위치용A=Ca2+, Sr2+, Ba2+진행변개체환인입P형재류자，사용Mn2+체환Zn2+인입자선，가사ZrCuSiAs결구단상(La,A)(Zn,Mn)SbO (A=Ca, Sr, Ba)동시겸구반도체화철자성능，거리온도가체도40 K。거리온도이하정현유사파리자성적자성특정，(La0.95Ca0.05)(Zn0.9Mn0.1)SbO적번전시간(τ*)화동태림계지수(zγ)분별위：τ*=2.64×10-7s, zγ=1.91。
This thesis shows the process in which charge is induced by substitution of A=Ca2+, Sr2+, Ba2+for La3+, while spin is induced by partial substitution of Mn2+for Zn2+within the parent compound LaZnSbO. The re-sults indicate that the single phase ZrCuSiAs-type tetragonal crystal structure is preserved in (La,A)(Zn,Mn)SbO (A=Ca,Sr,Ba). The system remains semiconducting, doping with A and Mn results in ferromagnetic order with Tc 40 K. A spin-glass like state is found in (La0.95Ca0.05)(Zn0.9Mn0.1)SbO below Cure temperature which flipping time and dynamical critical are 2.64×10-7s and 1.91 respectively.