氧气传感器是气体传感器的主要分支之一。
介绍了几种光谱吸收光纤气体传感的方法。
Several methods of optical fiber gas sensor with absorption spectrum have been introduced.
本文研究的对象是光谱吸收型光纤气体传感器。
In this thesis, we have studied spectrum absorptive optical fiber gas sensors.
光纤气体传感技术是一种高灵敏度的气体检测技术。
Fiber gas sensing is a high sensitivity gas detection technique.
本文组建了一套用于半导体气体传感器的自动测试系统。
An automated test system for semiconductor gas sensors is constructed in this thesis.
通过实验探讨了用气体传感器评价、检测猪肉新鲜度的可行性。
The feasibility is investigated through experiments assessing and detecting the freshness of pork utilizing gas sensors.
通过试验测试了苯纳米气体传感器的灵敏度随温度变化的规律。
The variation of the sensitivity of nanosized benzene-mixed gas sensor with temperature was measured by experiments.
人工神经网络已被广泛应用于气体传感器阵列的模式识别研究中。
ANN has been widely used for the pattern recognition of the gas sensor array.
本文以CO传感器为例，提供了一种气体传感器加速寿命试验方法。
This paper develops an accelerated life testing method for gas sensor taking CO(carbon monoxide) sensor as an example.
本课题的研究对其它光纤气体传感器检测系统的研究具有参考价值。
So the system has better flexibility. The study in fiber oxygen sensor refers to the other gas sensor.
厚薄膜技术已广泛用于制作气体传感器，在气敏技术中起重要作用。
Thick film and thin film techniques play an important role in gas sensing techniques, which have been widely used in manufacturing the sensors.
现如今，世界各地的研究所都在研究如何使用气体传感器来检测出疾病。
Now, research LABS around the world are figuring out how to use gas sensors to detect disease.
通过气体传感器阵列组成的气体信号采样系统，可获得汽油样本信号。
Byusing the system of sampling gas signal with gas sensor array, the signals of the diverse gasoline are obtained.
本论文工作的电子鼻采用了金属氧化物气体传感器阵列、电压跟随电路。
The metal oxide gas sensor and voltage following circuit are adopted in this electronic nose system.
提出将气体传感器阵列动态检测与人工神经网络相结合的方法实现气体的识别。
The method of gas recognition that can combine gas sensor array dynamic detection with artificial neural network is presented.
将气体传感器阵列与灰色系统理论相结合，设计出用于气体定量分析的电子鼻。
The electronic nose for gas quantitative analysis is designed through combining gas sensor array with gray system theory.
气体传感器的最大缺陷之一就是存在特性漂移，这会给气体的测量和识别带来误差。
Drift is addressed as one of the most serious impairments for gas sensor. When drift occurs, the gas measurement or identification result may be error.
论文以甲烷气体检测为目的，进行基于光谱吸收原理的光纤甲烷气体传感技术的研究。
Methane concentration measurement is the paper's purpose. Fiber methane gas sensing technique is studied based on the principle of spectrum absorption.
介绍一种新型三电极结构SO 2气体传感器的工作原理、结构设计及其关键制作技术。
The working principle, structure design and critical fabricating technology of a new type of SO2 gas sensor with three-electrode structure are introduced.
综述了近红外激光二极管在气体传感中的应用，讨论了用于这一技术的器件和实验技术。
Application of near infrared laser diode to gas sensing is reviewed, followed by discussion on both the device characteristics and experimental techniques.
设计了基于模拟滤波器和基于数字锁相放大技术的两种红外气体传感器的信号处理方法。
Two signal processing methods, one based on analog filters, the other based on digital lock-in amplifying technique, are developed and analyzed.
论文以甲烷浓度检测为目的，进行基于近红外吸收原理的光纤甲烷气体传感技术的研究。
Methane concentration measurement is the paper's purpose. Fiber methane gas sensing technique is studied based on the principle of near infrared absorption.
对于尚未燃烧的可燃气体传感器，也是几十年前就国产化了，能在公交车上及时发出预警。
For not burning flammable gas sensors, also is the localization of decades ago in the bus, can give timely warning.
简要介绍了用气体传感器检测猪肉新鲜度的必要性以及气体传感器检测猪肉新鲜度的原理。
This paper briefly introduces the necessity of detecting the pork freshness by use of gas sensor and detecting method.
围绕着光声腔mems化的目标，本文研制了一种高灵敏度小型化的谐振式红外光声气体传感系统。
Around the goal of a MEMS photo-acoustic cell, this paper developed a highly sensitive miniaturized infrared photo-acoustic system.
本发明提供可以正确且简便地补偿加热器的电阻值误差的气体传感 器、空燃比控制装置以及运输设备。
The invention provides a gas sensor, an air-fuel ratio controller and a transportation device for simply compensating the resistance error of the heater.
人工神经网络与气体传感器相结合，用于识别、分类、诊断和预测，将进一步提高气体检测系统的智能水平。
Artificial neural network together with gas sensors, which is applied to identification, classification, diagnosis and prediction, will further improve the intelligence of gas detection system.
人工神经网络与气体传感器相结合，用于识别、分类、诊断和预测，将进一步提高气体检测系统的智能水平。
Artificial neural network together with gas sensors, which is applied to identification, classification, diagnosis and prediction, will further improve the intelligence of gas detection system.
应用推荐