缺陷交互作用对陶瓷半导体导电性能的影响

本文借助于缺陷化学反应过程，分析了陶瓷半导体内缺陷间的交互作用，得到了陶瓷半导体实验研究的三个重要启示：（1）强还原（或氧化）或施主（或受主）掺杂对同一样品不能同时起到最佳效果；（2）本征原子空位对施主或受主的补偿导致电导率的非线性增长；（3）缺陷的缔合降低了半导化杂质的有效浓度，从而使电导性能发生异常变化。

Effect of Interaction Between Defects on Conduction in Ceramic Semiconductors

In the present paper, the interaction between defects in semiconducting ceramics was considered by means of quasi-chemical reaction of defects. Three important enlightenments are gained which are: (1) strong reduction (or oxidization) and donor (or acceptor) dopant were difficult to have, at the same time, optimal effect on the same sample; (2) Compensation of intrinsic atomic vacancy for donor or acceptor leads conductivity to increas unlinearly; (3) Association of defects could reduce effecient dopant concentration, thus bringing about anomal variation with electrical characteristics.