文件名称:radar3
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雷达技术是在1987年前后开始应用于储油罐液位测量的。在此之前,它主要用于航海远洋油轮的液位测量,而与用于油罐的测量则有一定差别。从那时起,雷达测量仪器被广泛应用,从测量简单、清洁的产品到粘性产品和污染性产品,如沥青、焦油和未经加工的蜡等。其测量过程是,先建立一个稳固的测量参考点,然后测量雷达波从天线到液面的往返传播时间,从而确定它们之间的确切距离,再根据测量参考点的位置,就能推算出精确的液面位置。 更多还原
-Radar technology in 1987, used in oil tank level measurement. Prior to this, it is mainly used for liquid level measurement of sailing ocean-going tankers, there are some differences with the measurement for the oil tank. Since then, the radar measuring instruments are widely used, from simple measurements, and cleaning products to viscous products and polluting products, such as asphalt, tar and raw wax. The measurement process is to first establish a solid measurement reference point, and then measuring the round-trip propagation time of the radar waves from the antenna to the surface in order to determine the exact distance between them, based on measuring the location of the reference point, we can calculate the exact The surface location. More to restore
-Radar technology in 1987, used in oil tank level measurement. Prior to this, it is mainly used for liquid level measurement of sailing ocean-going tankers, there are some differences with the measurement for the oil tank. Since then, the radar measuring instruments are widely used, from simple measurements, and cleaning products to viscous products and polluting products, such as asphalt, tar and raw wax. The measurement process is to first establish a solid measurement reference point, and then measuring the round-trip propagation time of the radar waves from the antenna to the surface in order to determine the exact distance between them, based on measuring the location of the reference point, we can calculate the exact The surface location. More to restore
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用雷达测量粘性液体的液位.pdf