采用电阻测量原理，确定了饱和度测量方法；考察了多种材料和样品，最终选定了一种微型探针。
The principle of resistance measurement is adopted to determine saturation, a micro-probe is selected finally by evaluating multiple materials and samples.
应用微型计算机直接采集电子探针X射线像，并用伪彩色显示技术进行观察。
X ray images of electron probe were acquired by a micro computer, and observed in colors.
最终开发出在微型悬臂梁上集成了电阻加热器、压阻敏感器和纳米针尖的纳机电探针制造技术。
The integration technology of the heater and piezoresistor on one ultrathin cantilever has been finally completed.
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