The structure and measuring method of a new ice thickness sensor are presented based on the electric conduction characteristic of water and ice.
基于水和冰的这一导电特性，提出了一种新的冰层厚度传感器结构及其检测方法。
Mainly discusses the principle of image method of ice-thickness measurement for ice sensor calibration.
讨论了采用摄像法测量厚度的原理实现结冰传感器标定的方法。
Compared with the old-fashioned, the new sensor has a new internal structure and data processing algorithms, it can be able to measure ice thickness, water level values, the ice temperature gradient.
与老式的冰层厚度传感器相比，新研制的冰层厚度-冰温传感器具有新的内部结构以及数据处理的算法，能够对冰层厚度、水位值、冰层内部的温度梯度进行准确测量。
An inverse model of the sensor is obtained based on neural network trained by the sensor's output and the actual sensed ice thickness.
以传感器的双光路输出信号及实际冰厚值训练神经网络，建立了传感器的逆向模型。
An inverse model of the sensor is obtained based on neural network trained by the sensor's output and the actual sensed ice thickness.
以传感器的双光路输出信号及实际冰厚值训练神经网络，建立了传感器的逆向模型。
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