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.
这种光谱调制传感器系统能够测量多种物理参数，如压强、温度、气体密度及多种化学成份。
The spectral modulation sensor system can detect and measure various physical parameters such as pressure, temperature, gas density, and various chemical species.
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.
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.
该系统可对由四支气体传感器构成的阵列进行多种工作模式的标定。
The system can calibrate a sensor array consisted of four sensors operated in different model at the same time.
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.
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.
基于气敏传感器阵列与模式识别技术的人工嗅觉系统是利用气敏传感器交叉敏感性进行气体识别的重要途径。
The artificial olfactory system based on gas sensitive sensors array and patterns recognition technology is an important method to recognize gases use the cross sensitivity of gas sensitive sensor.
本文提出并实验完成了一种新型的光纤气体多点传感系统。
A novel optical fiber gases sensing network system for monitoring the multi-point gas sensors is described.
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.
从理论上阐述了微悬桥结构气体流速传感器的工作原理，设计了微悬桥的结构、工艺版图以及其电路系统。
The structure of micro cantilever bridge, the photolithographic mask and the circuit system of the sensor is designed.
介绍了可以进行多种动态测试、具有自动进样装置的气体传感器阵列智能测试系统。
Describes an intelligent gas sensor array testing system with automated flow-injection apparatus for dynamic testing.
为了提高CO_2气体保护焊的自动化水平，本文研制了用于CO_2气体保护焊的电弧传感焊缝跟踪系统。
In order to improve the level of automatic welding in CO_2 shielded welding, the tracking system of welding seam based on arc sensor for CO_2 shielded welding is developed in this paper.
介绍了基于新型非加热型半导体气体传感器和人工神经网络的气体定量检测系统。
An experiment system for the gas quantitative detection, which is based on non-heating semiconductor gas sensor and artificial network, is introduced in this paper.
本课题对微型热式气体流量传感器的稳态传热进行了系统研究。
In this dissertation, the steady heat transfer of the micro thermal airflow sensor is systematically studied.
本文着重开展了作为电子鼻硬件平台的气体传感器阵列测试系统和便携式酒精检测仪的研究。
In this dissertation, the gas sensor array testing system and the portable alcohol detector were studied.
电子鼻又称人工嗅觉系统，主要由气体传感器阵列，信号预处理单元，模式识别算法三个部分构成。
E-nose, also called artificial olfactory system, is mainly composed of a gas sensor array, a signal preprocessing unit and a pattern recognition algorithm.
本论文以电子鼻有害气体检测为应用背景，主要研究了电子鼻系统的硬件设计，传感器阵列的选型和优化以及识别能力。
Applying e-nose's detection of hazardous gas, this paper investigates the hardware design of e-nose system, selection and optimization of sensor arrays and differentiating capability.
同时，它在光纤传感系统、气体检测系统、光谱分析等领域也得到越来越广泛的应用。
At the same time, it has been increasingly used in fiber optic sensor systems, gas detection systems, spectral analysis and other fields.
安全气囊系统主要由传感器、微处理器、气体发生器和气囊等主要部件组成。
Airbag system consists of sensors, microprocessors, gas generator and air bag and other major parts.
该传感器及其系统在灵敏度、精度、响应时间等性能指标上达到了检测气体含量要求。
The sensor and the system can match the requests of sensitivity, accuracy and response time in detecting gas concentration.
一种用于通气系统的压力驱动器，包括气体源、吸气流量控制阀和患者压力传感器，以形成闭环控制系统。
A pressure driver for a ventilation system comprises a gas source, an inspiration flow control valve and a patient pressure sensor to form a closed loop control system.
一种用于通气系统的压力驱动器，包括气体源、吸气流量控制阀和患者压力传感器，以形成闭环控制系统。
A pressure driver for a ventilation system comprises a gas source, an inspiration flow control valve and a patient pressure sensor to form a closed loop control system.
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