The sputtering of Hg_(0.8)Cd_(0.2)Te target by low energy Ar^(+)ions has been simulated using Monte Carlo method.The simulation results show that the concentration of Hg in the surface region of the target after ion b...The sputtering of Hg_(0.8)Cd_(0.2)Te target by low energy Ar^(+)ions has been simulated using Monte Carlo method.The simulation results show that the concentration of Hg in the surface region of the target after ion bombardment is lower than the one before ion bombardment,but in a deeper region an excess concentration of Hg is produced due to recoil implantation.The excess concentration of Hg there may act as a donor dopant diffusion source for over doping the acceptor levels in the adjacent region and turn the p-type Hg_(0.8)Cd_(0.2)Te into an n-type material.展开更多
文摘The sputtering of Hg_(0.8)Cd_(0.2)Te target by low energy Ar^(+)ions has been simulated using Monte Carlo method.The simulation results show that the concentration of Hg in the surface region of the target after ion bombardment is lower than the one before ion bombardment,but in a deeper region an excess concentration of Hg is produced due to recoil implantation.The excess concentration of Hg there may act as a donor dopant diffusion source for over doping the acceptor levels in the adjacent region and turn the p-type Hg_(0.8)Cd_(0.2)Te into an n-type material.
