传感

基于FEM的正交异性压电复合材料传感研究

The Sense Investigation on Orthotropic Piezoelectric Composite Materials Based On FEM

TIG焊正面熔池图像的视觉传感

Image Visual Sense of the TIG Welding Molten Pool

该科研团队基于编织方法，还实现了储能织物、触摸传感织物与显示织物的功能集成系统。

Based on flexible textiles , the team developed an integrated system with functions such as display , sensing and power supply .

提出了一种宽范围的pH传感技术。

A broad range pH sensing technology is described .

无源无线SAW传感信号检测原理与实现

Detection Principle of Passive Wireless SAW Sensor

机器外形美观，微电脑（PLC）可编程序控制，光电传感。

The machine contour is artistic , Microcomputer ( PLC ) programmable control , Photoelectricity sensing .

差动式光纤Bragg光栅加速度计传感头设计与仿真

Design and simulation of sensor of differential fiber Bragg grating accelerometer

耐高压光纤Bragg光栅压力传感技术研究

The Study of Fiber Bragg Grating Pressure Sensor with High Pressure-resistance

建立了基于光纤光栅应变传感阵列的BP神经网络的拓朴结构，给出了BP算法的程序流程图；

The topology structure of BP neural network based on Fiber Bragg Grating strain sensing array was built .

无线传感网多信道的MAC层协议

MAC Protocols of Multi-Channel Based on Wireless Sensor Networks

开发基于SAW阵列传感技术的小型化实时监测系统具有良好的应用前景。

Contriving a miniaturizing general-purpose real-time processing system , based on SAW micro-sensor array technique , has good prospect of practical application .

应力双折射对FBG传感器压力传感特性的影响

Effect of Stress Birefringence on Characteristics of FBG Pressure Sensing

光纤Bragg光栅在通信和传感领域有着广泛的应用。

The fiber Bragg grating has a wide application in the field of communication and sensing .

系统采用线阵CCD作为传感元件，对传感器的光路结构进行了改进。

The system was equipped with line matrix CCD as sensing unit and improved on light path structure of sensor .

对于TIG熔敷堆焊快速成形视觉传感系统进行了一定的研究；

It researches the TIG Deposit surfacing welding rapid shaping vision sensor system .

两级解调FBG传感复用技术

Two Level Demodulated FBG Sensing Multiplexing Technique

光纤SPR传感检测系统的超分辨数据重建

Data Reconstruction With Super-Resolution Method in Optical Fiber SPR Sensing Systems

采用CCD探测器代替角度传感检测振动，简化了卫星光通信跟瞄系统。

The satelite vibrations were detected using a CCD instead of the traditional angular sensors , so the tracking system was simplified .

选定了一套分布式FBG传感解调系统，即可调谐F-P滤波法。

Choose a distributed FBG sensing demodulation system , namely tunable F-P filter method .

He-Ne激光器功率调谐位移传感激光器

Displacement sensing He-Ne laser based on intensity tuning with λ / 8 accuracy and self calibration

在传感界面与人IgG反应后，分别利用金标抗体和免疫络合物作为一级放大标记物和二级放大标记物双重放大人IgG的检测信号。

After human IgG interacted with the sensing interface , the signal was amplified by antibody-colloidal gold conjugate and immunocomplex .

FBG传感网络技术研究

FBG sensor network technology

光纤Bragg光栅在77K环境下的温度传感性能研究

Study on Temperature Characteristics of Optical Fiber Bragg Grating Under the 77 K Environment

详细介绍了以PSD为传感元件的石英摆片综合参数测试系统的测量原理、光路和电路。

The structure , measurement principles and hardware of the application system of PSD are introduced in detail .

通过数值方法模拟结构中一种特定的AE源评价传感元件的特性，该方法具有简单，无噪声干扰的特点；

Simulation of AE sources in the structure with a certain method to evaluate the sensor 's characteristics .

Ld光纤温度传感及分子固有电矩对测温精度的影响

Temperature sensing by means of LD optic fiber and the effect of molecular intrinsic electric dipole moment on measurement accuracy

传感头的设计是基于磁致伸缩效应，采用光纤光栅法布里&珀罗（Fabry-Perot）干涉仪结构。

Sense organ which utilizes twin fiber bragg grating Fabry-Perot interferometer in a single-mode fiber .

光纤传感材料SnO2的气敏光反射特性研究

Study of gas sensing optical reflective characteristic for optical sensing material sno_2

为适应ISO国际标准的要求，本文介绍用于高压液体介质中的温度传感装置。

In order to keep abreast of the international standard ISO . This paper introduces temperature sensing device in high pressure working fluid .

作者提出一种新型的涂层光纤传感器，传感头是在裸光纤外周涂以SnO2薄层。

A new coated optical fiber sensor is designed by authors .