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Temperature field reconstruction system based on ultrasonic time-of-flight technique

机译:基于超声飞行时间技术的温度场重建系统

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A temperature field related with ultrasonic propagation in the air according to the different velocity in different temperature can be reconstructed with the TOF (time of flight) measurement at different temperatures.One method of two-dimensional temperature field reconstruction has been proposed in this paper based on ultrasonic time-of-flight technique.The temperature of the total temperature field has been calculated with the method of 2-dimensional interpolation according to the temperature values measured with 8 ultrasonic sensors which has the functions of signal sending and receiving distributed around the measured field with given position.4 thermocouples have been used to check the result of reconstruct temperature field in the experiment.The disturbance of temperature sensors distribution with the traditional ways has been avoided with little influence between the each sub-field divided by 8 temperature sensors with the given reconstruction in this paper.
机译:根据不同温度的不同温度的不同速度,可以用不同温度的TOF(飞行时间)重建与空气中的超声波传播相关的温度场。本文基于本文提出了二维温度场重建的方法在超声波飞行时间技术上。通过用8个超声传感器测量的温度值来计算总温度场的温度,其具有8超声传感器的信号发送和接收分布在测量的函数具有给定位置的领域.4热电偶已被用于检查实验中的重建温度场的结果。在每个子场除以8个温度传感器的情况下,避免了用传统方式的温度传感器分布的扰动。本文给出的重建。

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