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Automatic Detection Instrument for the Ratio of Chlorine to Bromine in Oxidized Liquid of Bromine Production Based on Fuzzy Method

Automatic Detection Instrument for the Ratio of Chlorine to Bromine in Oxidized Liquid of Bromine Production Based on Fuzzy Method
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摘要 In the process of bromine production,because of lag adjustment methods,there are problems of adjusting delay,raw material wastage and low growth rate.By considering the nature of bromine production,with the help of fuzzy data processing method,computer detection and display technique,we designed an automatic detection instrument for the ratio of chlorine to bromine in oxidized liquid of bromine production.This instrument can be used to detect the different parameters of raw materials adjustment and control in real time,and afford assurance that raw materials will be adjusted in time.This paper briefly introduces the working mechanism,hardware and software design of the instrument. In the process of bromine production,because of lag adjustment methods,there are problems of adjusting delay,raw material wastage and low growth rate.By considering the nature of bromine production,with the help of fuzzy data processing method,computer detection and display technique,we designed an automatic detection instrument for the ratio of chlorine to bromine in oxidized liquid of bromine production.This instrument can be used to detect the different parameters of raw materials adjustment and control in real time,and afford assurance that raw materials will be adjusted in time.This paper briefly introduces the working mechanism,hardware and software design of the instrument.
出处 《仪器仪表学报》 EI CAS CSCD 北大核心 2006年第z1期159-161,共3页 Chinese Journal of Scientific Instrument
关键词 BROMINE production fuzzy relation list RATIO of CHLORINE to BROMINE in OXIDIZED LIQUID OXIDIZING electric potential automatic detection bromine production fuzzy relation list ratio of chlorine to bromine in oxidized liquid oxidizing electric potential automatic detection
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参考文献3

  • 1[1]Yu Naigong,Ma Yunfeng.Bromine producing materials adjusting and control system[J].Chemical Engineering Automation and Instrument,1999,(4). 被引量:1
  • 2[2]Wand Jipeng,Ma Yunfeng,Yu Naigong,Mu Xiaojiang.Monolithic Principle and Interface Technology[M].Beijing:High education publishing house,1999. 被引量:1
  • 3[3]John N.Mordeson and Premchand S.Nair.Fuzzy mathematics[M].New York:Springer-Verlag Publish House,1998. 被引量:1

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