3 . to avoid the high temperature process in sige cmos technics , appropriate implantation energy and dose and rtp ( rapid thermal anneal ) are introduced into the the fabrication of sige cmos double - well and source 3 .研究了离子注入法形成sigehcmos的双阱及源漏工艺。确定了注入的离子类型、剂量、能量等关键参数。
In this paper , we used different doping means to prepare the mn - doped gaas material . firstly , we incorporated mn of different dose into gaas by ion implantation , including the couple - ion implantation with mn + and c , then performed rapid thermal annealing in different temperature . furthermore , we incorporated mn into gaas using different mn sources ( pure mn and mnas ) by diffusion 本论文利用不同掺杂方法进行了掺mngaas这种dms材料样品的制备,首先利用离子注入法对砷化镓( gaas )材料进行不同剂量的锰( mn ~ + )离子注入,其中包括加碳( c )的双离子注入,然后在不同温度下进行快速退火处理;此外还利用扩散法对gaas晶片进行不同mn扩散源(纯mn 、及mnas )的掺杂。
离子: ion注入: pour into; empty into; inpou ...法: law单离子注入: single ion implantation离子注入: implantation, ion; ion implantation; ion injection离子注入层: ion implanted layer离子注入机: ion implantation apparatus; ion implantation machine; ion implanter离子注入结: ion implanted junction磷离子注入: phosphorous ion implant硼离子注入: boron implantation卵腔内精子注入法: suzi低能离子注入: low energy ion implantation分子离子注入: molecular ion injection高能离子注入: high energy ion implantation沟道离子注入: channel ion implantation离子注入掺杂: ion implantation doping离子注入工艺: ion implantation technology离子注入沟道: implanted channel离子注入剂量: ion implantation dosage离子注入逻辑: ion implantation logic离子注入势垒: ion implanted barrier离子注入损伤: ion implantation damage离子注入吸除: ion implant gettering; ion implantation gettering离子注入掩膜: ion implantation mask离子注入杂质: ion implanted impurity