time sensor的例句大全

Study on the Time Grating Displacement Sensor of the Field Type

场式时栅位移传感器研究

Study on the Theory of Time-space Coordinate Transformation and the Time Grating Displacement Sensor

时空坐标转换理论与时栅位移传感器研究

Incremental Implementation of Time-space Coordinate Transformation and Research on the Incremental Time Grating Displacement Sensor

时空坐标转换方法的增量式实现与增量式时栅位移传感器研究

The field type time grating displacement sensor, based on time space coordinate transformation, is one novel angular displacement sensor.

基于时空坐标转换理论的时栅位移传感器是一种新型角位移传感器。

Each testing were repeated 8 times, and the precise data ( torque, time and displacement) of different group and different part were noted on the MTS sensor respectively.

每种测试重复8次，通过MTS传感器记录外固定针各部位在不同轴向压力下所需扭矩、时间和位移。

The reliability of incremental time grating displacement sensor is analyzed, and the idea and configuration of redundancy are introduced. HW redundancy schemes are presented for its signal processing circuit.

在分析增量式时栅可靠性问题的基础上，介绍了冗余设计思想和冗余结构，给出了增量式时栅位移传感器信号处理电路的硬件冗余设计方案；

The transformation of the two kinds of traveling waves shows that the time grating displacement sensor using the transformation from the space traveling to the time traveling wave to reach the target using time to measuring space.

从两种行波的变换原理揭示了原有的时栅位移传感器都是采用从空间行波到时间行波的转换来达到用时间测空间的最终目的，同时也启发并提出了直接形成时间行波的创新思想。

The principle of time grating displacement sensor and traditional precision displacement measurement are reviewed. By comparing the imperceptibility but essential differences among them, it is better to understand the time space coordinate transformation method and the advantage of the time grating displacement sensor.

回顾了时栅位移传感器原理和传统精密位移测量原理，通过比较其间细微而本质的区别，可加深对时空坐标转换方法的理解和对时栅位移传感器优势的认识。

Chief parts of the instrument consist of monolithic microcomputer and self-made dynamic magnetic grating sensor composed of magnetic head, magnetic scale, slide block and shell. It can display the time, displacement, speed in process, maximum and resilience speed, impact energy, etc.

测量仪主要由单片微机与自制动态磁栅式传感器（包括磁头、磁尺、滑块与壳体）组成，可测量运动过程的时间、位移量、速度与打击能量等。

Besides the system can be used for exploitation, which is facing non-linear error automatic fitting of time grating displacement sensor, the correlative technique which has far-ranging application prospects also can be sued in other areas, such as apparatus revise, mechanical workout and manufacturing, 3.

该系统除用于面向时栅传感器非线性误差的自动修正的开发外，相关的单元技术在其它领域中，如仪器校正、机械加工和制造业中均有广泛的应用前景。

Research of Increment Implementation Method for Time-grating Displacement Sensor

时栅位移传感器的增量式实现方法研究

Electromagnetic pulses are applied to the sensor and the reflections are recorded with a time domain reflectometer.

在传感器上施加电磁脉冲，通过时间域反射计记录反射数据。

A real-time monitoring technology for safety and leakage of oil pipeline based on theories of optical time domain reflectometer ( ODTR) and the distributed optical fiber sensor were introduced.

提出一种基于光时域反射原理（ODTR）和分布式光纤传感原理实现输油管道泄漏安全实时监测的技术。

A new type of symmetrical demodulation method is proposed for the distributed fiber Raman temperature sensor. The anti-Stokes scattering optical time domain reflectometer ( OTDR) curves are demodulated by Rayleigh optical time domain reflectometer curves.

提出了一种用于分布式光纤拉曼温度传感器的对称解调新方案，采用瑞利散射光时域反射仪（OTDR）曲线解调光纤的反斯托克斯散射光时域反射仪曲线。

An optical time domain reflectometer ( OTDR) and distributed optical fiber Raman temperature sensor ( DOFRTS) using correlation technique may has much better performance than conventional ones. This paper using FPGA designs a variable length and width adjustable of high speed Golay complementary code.

根据格雷互补码的产生原理，利用FPGA为硬件基础，设计产生了码元长度可变、码元宽度可调的高速率格雷互补码，可应用于光时域发射计及光纤拉曼温度传感器中提高其性能。

Using the output data of fuel sensor and information of aircraft attitude, the real time measurement and attitude error correction of aircraft fuel have been done.

利用油量传感器的输出值及飞机姿态信息，可以对燃油油量进行实时测量及姿态误差修正。

Real time wavelet filtering methods for sensor output time series

传感器输出时间序列的实时小波滤波方法

This paper introduces a time fuse based on rotation speed sensor which can modify time by itself.

介绍了一种利用转速传感器来自我修正时间的定时引信。

It was the first time that the gradient concept of geometry was applied to the wireless sensor network localization algorithm. The method for analyzing the position relationship between anchor nodes has been investigated and given the location of geometric algorithm.

首次将几何学中的斜率概念引入到无线传感器网络定位算法中，提出了一种分析锚节点之间位置关系的方法，并给出一种基于几何学的定位方案。

The lifetime is a critical parameter for time hopping ultra wide band ( TH-UWB) wireless sensor networks.

生存期是跳时超宽带无线传感网的一个关键参数。