利用该系统做了前期的测试实验，对激光位移传感器进行了标定，并对采集的数据进行了分析与处理。
Using the system has done a pre-test experiment, the laser displacement sensors were calibrated, and data collected were analyzed and processed.
通过对该系统的标定实验表明，实际位移与所测得的位移呈线性关系。
Calibration tests on the system show there is a linear relationship between the actual displacement and the measured displacement.
实验系统的标定主要包括三个方面的内容：位移标定、温度标定和压力标定。
The experimental system calibration includes three aspects: displacement calibration, temperature calibration and pressure calibration.
分别采用有限元分析和试验标定法对支撑鼓泡塔的悬挂系统进行检测，结果表明微位移的测量方法准确、可行。
The Finite Element Analysis and experiment method were applied respectively to validate the veracity of the micro-displacement method. And the results show that this measurement method is feasible.
分别采用有限元分析和试验标定法对支撑鼓泡塔的悬挂系统进行检测，结果表明微位移的测量方法准确、可行。
The Finite Element Analysis and experiment method were applied respectively to validate the veracity of the micro-displacement method. And the results show that this measurement method is feasible.
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