1·The sensitivities of temperature and strain are calibrated by calorstat and cantilever beam separately.
分别利用恒温箱和悬臂梁完成了系统温度灵敏度和应变灵敏度的实验标定。
2·This device USES a sharp point mounted on a vibrating cantilever, which scans the surface of a sample and reacts to topology and the properties of the sample to provide highly detailed images.
此设备使用尖锐点振动悬臂，它会扫描样品表面、拓扑结构和样品的属性，以提供非常详细的图像。
3·The system must be cooled to 50 millikelvins to minimize thermal vibrations, which interfere with the cantilever’s magnet-induced displacement signal.
其必须冷却到50微K，以尽可能的减小热振动，因为热振动会干扰悬臂的磁场，而这个磁场又是产生位移信号的关键。
4·You can see the series of arches that are supporting this cantilever.
你可以看到支撑这个悬臂的一系列拱廊。
5·These microscopes produce some of the most vivid images of tiny objects in the world by running an extremely small cantilever back and forth over their surfaces.
这些显微镜产生了堪称世界上微小物体的最清晰的图片，极其微小的悬臂在它们的表面回来转动。