气体浓度传感器

传感器有油压传感器、接近开关传感器、流量传感器、拉绳传感器、电流传感器、气体浓度传感器、功率变送器、超声波液位传感器、温度传感器、拉力传感器。

The sensors including oil pressure sensor , proximity switch , flow sensor , pullon the rope sensors , current sensors , gas concentration sensor , power transducer , ultrasonic liquid level sensor , temperature sensor , tension sensor .

一种光纤光声SO2气体浓度传感器的研究

Study on SO_2 optical fiber sensor based on photoacoustic effect

新型多波长红外同步粉尘、气体浓度传感器

The Novel Multi-wavelength Infrared Sensor for Simultaneous Measurement of Dust and Gas Concentration

文中研究了基于光纤扰模的气体浓度传感器的传感机理。

The optic fiber sensor mechanism for detecting CO 2 gas density is studied in this paper .

因此，研制一种能够实时监测、高灵敏度、高分辨率的气体浓度传感器用于监测有害气体浓度不仅具有理论意义，更有服务国民经济，改善人民生活的现实意义。

Based on this fact , researching and manufacture a kind of new gas sensor with high sensitivity and real-time detection has an important theoretic and realistic significance .

CO2气体浓度光纤传感器研究

Studying on Fiber Optic Sensor for Detecting CO_2 Gas Density

基于激光瞬态特性的内腔气体浓度光纤传感器

Intra-cavity fiber sensor for measuring gas concentration based on laser ′ s transient regime

针对目前养殖场多传感器检测有害气体浓度时某传感器参数失效的问题，本文基于FPGA技术实现了一个神经网络的数据恢复器。

Aimed at the problem of distorted parameter value in the sensor of gas measuring , this thesis carried out a data-recovery machine with neural network , based on the technology of FPGA .

单光束多气体浓度光学检测传感器研究

Research on Measuring of Multi-components Gas by Single Beam

将未知气体浓度作为源信号，传感器阵列响应作为混合信号，设计了气体浓度和传感器稳态响应时间序列的构建方法。

Given the unknown gas concentration as the source signals and the sensor array response as the mixed signals , this paper devises the time sequences for both gas concentration and sensor steady-state response .

基于气体光声效应原理，研究了一种高灵敏度光纤SO2气体浓度传感器。

Based on the theory of photoacoustic spectrum effect , a system with optical fiber for high sensitive SO_2 gas detection is developed .

本文对金属氧化物气体传感器特性进行分析，提出传感器阵列的灵敏度矩阵与被测气体浓度矢量和传感器阵列中各传感器响应矢量间的夹角有关。

The property of MOX ( Metal OXide ) gas sensor arrays is analyzed . The notion that sensitivity matrix of sensor arrays is related to the angle between sensors ' output vectors and gas concentration vectors is presented .