高分辨力时间量检测是磁致伸缩液位传感器实现高准确度测量的关键技术之一。
The time variable measurement of high distinguishability is one of key technology in magnetostrictive liquid level sensor in order to realize high accuracy measurement.
传感器特别适用于对易燃易爆液位精确测量，具有很强的实用性。
The sensor can be applied to measure liquid-level of flammable and explosive liquid accurately and has strong practicability.
本文将磁致伸缩技术应用到燃油油量的测量中，对磁致伸缩液位传感器的测量机理进行了深入的阐述。
The magnetostriction technology is employed in fuel mass measurement in this paper, the measurement principle of the magnetostriction liquid level sensor is thoroughly expatiated.
描述了一种具有参考信号的反射式光纤液位传感器，它是利用光纤的输光反射原理测量液位。
A light-reflection liquid, level sensor with optical fibers isdescribed, which is based on the fiber input-light reflection principle.
实际制作了双光路光纤F-P腔液位传感器，进行了实际气压模拟试验和实际水位测量试验，取得成功有价值的结果；
Fourthly, the F-P liquid level sensor was fabricated, the practical measurements were carried out both for the air pressure and the water level.
本文介绍了利用PIC 16 C 63捕捉功能测量脉冲间隔的方法和超声波液位传感器的组成。
The measurement of the time between the send pulse and the back pulse using the capture function of the PIC16C63and consists of the liquid level detector have been described in this article.
液位测量，可以采用流体高度的静压传感器及变送器远传数字显示智能仪表。
Measurement of liquid level, can adopt the static-pressure sensor of fluid height and digital display of transmitter.
介绍了磁致伸缩液位传感器在液压站油箱液位测量和漏油报警中的应用。
The application of liquid location sensors of magnetostriction in the liquid location measurement and oil leakage alarm of hydraulic station are introduced in this paper.
光纤液位传感器由于本质安全和精度高的特点在液位测量中得到越来越广泛的研究和应用。
Optical fibre liquid level sensor has been extensively investigated and applied for its intrinsic safety and high precision.
本文向大家介绍一种新型液位传感器——浮子式光纤液位传感器的传感原理及液位测量过程，同时对测量信号的处理作了详细的分析。
The working principle of reflective type intensity modulate fiber-optic displacement sensor was described in brief and the measuring principle of internal thread was discussed in detail.
本文向大家介绍一种新型液位传感器——浮子式光纤液位传感器的传感原理及液位测量过程，同时对测量信号的处理作了详细的分析。
The working principle of reflective type intensity modulate fiber-optic displacement sensor was described in brief and the measuring principle of internal thread was discussed in detail.
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