利用超声波检测液位、料位、厚度和探测水下地形是一种准确、经济的方法。
It is an accurate and economic way to use ultrasonic to measure liquid level, material level and thickness and topography under water.
介绍了一种在钢铁连铸结晶器连续液位仪上使用的BGO闪烁体探测器电路的设计。
Introduced BGO scintillator detector electric circuit design which used in the Continuous metal cast crystallizer in the steel and iron company.
第三种荧光液位传感器利用掺杂玻璃或塑料中产生的荧光辐射来探测液位。
The third sensor USES fluorescence radiation generated in an impurity-doped glass or plastic slab.
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