文中简单介绍了火焰探测器的结构和成像特点。
In this paper, the structure of a flame detector and CCD imaging feature is described.
利用火焰探测器来探测火灾,其原理是基于对几种波长的火焰跳动的分析。
The detection of a fire with a flame detector relies upon the analysis of the flame flickering at several wavelengths.
这种类型的火焰探测器监测燃气或燃油火焰放出的UV辐射产生的火焰信号。
With this type of flame supervision, the UV radiation emitted by gas or oil flames is used to generate the flame signal.
本文详细介绍了红外多频火焰探测器检测原理与实用检测方法,给出了软、硬件设计方案。
In this paper, the infrared flame detection principle and practical methods of detection are introduced in detail, and hardware and software design schemes are given.
本文将Z JM - 6紫外火焰探测器与无线技术结合,设计和实现了无线紫外火焰探测系统。
A wireless ultraviolet detector system is got into reality in this design by combining the technology of ZJM-6Ultraviolet Fire detector and wireless network technology.
如果后续十秒内,任意一个火焰探测器能持续监测到火焰信号,则表示主火焰被证实且点火成功。
If either flame scanner continues to detect flame for a further 10 seconds then the main burner is proven and considered ignited.
这颗“隼鸟号”探测器拖着壮观的火焰尾迹以极快的速度到达地面,结束了一段2003年开始、以近地小行星“系川”为目标的旅程。
The Hayabusa probe blazed a spectacular trail as it came in to hit the ground at a blistering speed, ending a journey to the near-Earth asteroid Itokawa that began in 2003.
我们提出全光谱探测器的概念,该探测器可以对初生火焰进行全波段的探测,从而火焰预警的准确度大大提高。
We bring forward the conception of full Spectrum detector, which can detect full wave band of beginning flame and enhance greatly in the accuracy of the flame detecting.
我们的火焰和气体探测器是全球最新的产品认证批准的标准。
Our flame and gas detectors are globally certified to the latest product approval standards.
同时,还分别利用红外气体分析仪、火焰离子探测器和化学发光分析仪对相同样气中的一氧化碳、碳氢和氮氧化物的排放特性也进行了测量。
Coupled with this, emissions of carbon monoxide, hydrocarbon and nitrogen oxide are also measured with an infrared analyzer, a flame ionization detector and a chemiluminescent analyzer respect...
进口工业网的S250型电离感烟探测器是一种双电离室型探测器,用于第一时间在火焰中感应燃烧物有形和无形的烟。
Model S250 ionization smoke detector is a dual chamber ionization type detector designed to respond to the first RACES of a fire by sensing both visible smoke and invisible products of combustion.
通过布置在不同高度处的火焰图像探测器得到循环流化床内火焰黑度沿床高的分布,进而由已经训练好的神经网络算法检测出循环流化床的床高。
Firstly, the flame emissivity were got by flame image detectors mounted at the different height of a CFB boiler, and then the bed height of the CFB boiler could be obtained by the BP neural network.
通过布置在不同高度处的火焰图像探测器得到循环流化床内火焰黑度沿床高的分布,进而由已经训练好的神经网络算法检测出循环流化床的床高。
Firstly, the flame emissivity were got by flame image detectors mounted at the different height of a CFB boiler, and then the bed height of the CFB boiler could be obtained by the BP neural network.
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