1) smoke detector
感烟探测器
1.
Assumption of smoke detectors based on the conductivity of carbon black;
一种基于炭黑导电性能的感烟探测器的设想
2.
The article uses FDS to study the effect of environment temperature and setting position on the alarm time of smoke detectors.
通过在水平方向上设置多组感烟型火灾探测器,对比分析了0℃、10℃3、0℃的环境温度下,不同位置感烟探测器报警时间的差异和规律性。
2) smoke detector
感烟火灾探测器
1.
The experimental data of detection and sensing information were collected by a multi-information collecting system and compared with those from national standard fire tests,which presented the characteristics of cooking fumes interferential experiments and could be taken as the reference data for preventing smoke detectors from the interference of cooking fumes.
在标准燃烧室内,利用多信息数据采集系统,设计3种典型烹调油烟干扰实验,采集了多种探测传感信息的实验数据,并与国家标准试验火实验数据进行比较,得出了烹调油烟干扰实验的特征规律,为感烟火灾探测器避免烹调油烟干扰提供了参考数据。
3) ion sensing smoke detector
离子感烟探测器
1.
Analysis of the Interface Circuit of Ion Sensing Smoke Detector;
离子感烟探测器接口电路的应用分析
2.
The ion sensing smoke detector is mainly made by low-power CMOS ionization smoke detector integrated circuit MC14467.
离子感烟探测器主要是以电离烟雾检测器件MC14467为核心,设计的一种理想的室内烟雾感应探测器件,他体积小,安装简便快捷,经久可靠,基本电路可分为五个部分即:探测器工作电源;探测器接口电路;探测器烟雾检测电路;探测器报警电路;探测器报警指示灯控制电路。
4) Point-type fire detectors
点式感烟探测器
5) photo electric smoke detector
光电感烟探测器
1.
The verification shows that the sensitivity of the point type photo electric smoke detector can be improved by designing appropriate scattering angel so as to realize the even detection of all kinds of fires.
根据数字模拟阴燃火、明火散射光强度的角度依存性和实际验证 ,证明通过设计合理的散射角度 ,改进点型光电感烟火灾探测器 (以下简称光电感烟探测器 )的灵敏度 ,可以实现对各种火灾的均一探测。
2.
The paper compares the test methods and requirements of sensitivity and response threshold of the point photo electric smoke detector regulated in the related standards in the USA,Europe and Japanese.
对美国、欧洲、日本点型光电感烟火灾探测器 (以下简称光电感烟探测器 )标准所规定的火灾灵敏度试验和响应阈值试验的试验方法及要求进行比较 ,提出了改进光电感烟探测器灵敏度的方
6) smoke detector
感烟式探测器
补充资料：核爆炸地震波探测(见核爆炸探测)
核爆炸地震波探测(见核爆炸探测)
nuclear explosion seismic detection
hebaozho dizhenbo tanee核爆炸地震波探测(nuclear explos，onseismie detecuon)见核爆炸探汉，l。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条