The experimental results are well accordant with the thermal analysis of the microcantilever unit.
实验结果与热机械模型的分析一致。
Working at tapping mode, atomic force microscope(AFM) piezoelectric microcantilever vibrates with large amplitude.
在轻敲工作模式下,原子力显微镜(AFM)压电微悬臂以较大的振幅振动。
A method to increase the detection sensitivity and to speed up analysis of microcantilever array biosensor is reported.
微悬臂列阵传感器在生物检测方面具有快速、痕量和非标记的特性。
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