These reported methods for preparing oxide and sulfide nanomatrials usually require multi-step, higher temperature, special apparatus and rigorous conditions.
已有制备氧化物及硫化物纳米材料的方法往往需要较多的步骤、较高的温度、特殊的仪器、苛刻的实验条件。
The oxide percentage of major metal elements such as Cr, Ni and Mo were higher, especially Cr.
氧化膜中铬、镍、钼等主要元素氧化成离子的比例较高,铬尤为明显。
The simulated results indicate that thinner and longer channel can reduce short channel effects, while thicker gate oxide will lead to higher subthreshold slopes.
模拟结果显示:越细长的沟道,器件的短沟效应越弱,器件的亚阈值斜率随栅氧化层增厚而加大。
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