对简单的非晶体半导体结构,可采用通常的手段进行分析,而对复杂的化合物非晶导体来说,用这些方法很难获得有关结构方面的资料.为了要获得非晶半导体在原子尺度范围内的微观结构信息,目前采用将顺磁离子M_n~(2+)作为一个“探针”加入到硫系化合物玻璃中,由M_n~(2+)离子引起的电子自旋共振(ESR)吸收谱线位置和形状,来研究非晶化 For simple amorphous semiconductor structures, analysis can be performed by conventional means, and for complex compound amorphous conductors, it is difficult to obtain information on the structure by these methods. In order to obtain amorphous semiconductors in the atomic scale range At present, the paramagnetic ion M_n ~ (2+) is added to the chalcogenide glass as a “probe”, the electron spin resonance (ESR) induced by M_n ~ (2+) Absorb spectral line position and shape to study amorphization