含能材料烘干工序静电监测有效性研究
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- 英文论文题名：Research on dry process electrostatic monitoring effectiveness of energetic materials
- 论文作者：卫水爱
- 英文论文作者：Wei Shuiai ; Beijing institute of technology
- 年：2015
- 作者机构：北京理工大学;
- 论文关键词：烘干 ; 静电电位 ; 静电电荷量 ; 监测 ; 有效性
- 英文论文关键词：drying ; electrostatic voltage ; electrostatic charge ; monitoring ; effectiveness
- 会议召开时间：2015-08-12
- 会议录名称：静电放电：从地面新技术应用到空间卫星安全防护—中国物理学会第二十届全国静电学术会议论文集
- 语种：中文
- 分类号：TB34;O441.1
- 学会代码：WLJD
- 会议名称：静电放电 ; 从地面新技术应用到空间卫星安全防护—中国物理学会第二十届全国静电学术会议
- 会议地点：中国河北石家庄
- 主办单位：中国物理学会静电专业委员会
- 学会名称：中国物理学会静电专业委员会
- 页数：3
- 文件大小：479k
- 原文格式：D
- 会议级别：全国
摘要
对含能材料烘干工序静电监测方式进行实验分析,确定监测的有效性。研究接料装置中静电电荷量与静电电位的关系。在烘干盘上和接料装置内分别安装静电电位计,监测不同流量下含能材料静电起电电位;采用静电电荷量和静电电位两种方式监测接料装置内物料的起电情况并进行对比分析。研究结果表明,烘干盘上物料的静电电位随着流量的变化而变化,而接料装置内物料的静电电位几乎与流量无关。静电电荷量与静电电位计两种方式监测到接料装置内的静电电荷量与静电电位成线性比例关系。仅在烘干盘上安装静电电位计的监测方式不能真实反映烘干工序的静电危险性,应采用在烘干盘及接料装置内分别安装静电电位或静电电荷量监测的方式,才能保证含能材料烘干工序静电监测的有效性、真实性。静电电荷量监测方式更便于安装并实现实时在线监测,静电电荷量与静电电位的关系式为静电电荷量安全阈值确定提供理论依据。
Analysis on the way of electrostatic monitoring for drying processes of energetic materials,determining the effectiveness of monitoring.Study on the relationship between electrostatic charge and electrostatic voltage in the receiving device.Electrostatic potentiometer were installed in the drying tray and receiving device to monitor electrostatic voltage of energetic materials under different mass flow.The electrostatic charge and the electrostatic potential of two kinds of methods were used to monitor the electrostatic of the material in the receiving device and the comparison analysis was carried out.The electrostatic voltage of the material on the drying plate changes with the mass flow.The electrostatic voltage of the material in the receiving device is almost independent of the mass flow.The electrostatic charge in the receiving device is linear proportional to the electrostatic voltage.The way of electrostatic voltage monitoring only installed in the drying tray can not reflect the risk of drying process electrostatic.In order to ensure the validity and authenticity of the electrostatic monitoring in the drying process,the way of electrostatic voltage and electrostatic charge monitoring can be used at the same time in the drying tray and the receiving device.
Analysis on the way of electrostatic monitoring for drying processes of energetic materials,determining the effectiveness of monitoring.Study on the relationship between electrostatic charge and electrostatic voltage in the receiving device.Electrostatic potentiometer were installed in the drying tray and receiving device to monitor electrostatic voltage of energetic materials under different mass flow.The electrostatic charge and the electrostatic potential of two kinds of methods were used to monitor the electrostatic of the material in the receiving device and the comparison analysis was carried out.The electrostatic voltage of the material on the drying plate changes with the mass flow.The electrostatic voltage of the material in the receiving device is almost independent of the mass flow.The electrostatic charge in the receiving device is linear proportional to the electrostatic voltage.The way of electrostatic voltage monitoring only installed in the drying tray can not reflect the risk of drying process electrostatic.In order to ensure the validity and authenticity of the electrostatic monitoring in the drying process,the way of electrostatic voltage and electrostatic charge monitoring can be used at the same time in the drying tray and the receiving device.
引文
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[19]娄仁杰,何明俊.聚丙烯粉体输送系统静电危险分析[J].中外能源.2006(11):84-87.Lou Renjie,He Mingjun,Electrostatic hazard analysis of polypropylene powder conveying system[J].Sino foreign energy.2006(11):84-87.
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[21]金太东,静电电荷密度监控系统[J].测控技术,2002,21(3):23-24Jin Taidong,Electrostatic charge density monitoring system[J].Measurement and control technology.2002,21(3):23-24
[22]李志敏,周铭锐,张同来等.斯蒂芬酸铅的静电危险性研究[J].兵工学报.2013.34(8):958-964.Li Zhimin,Zhou Minrui,Zhang Tonglai.Study on the electrostatic hazard of lead and Stephen[J].ARMAMENTARII.2013.34(8):958-964.
[23]卫水爱.粉体输送、储存过程中静电安全监测技术研究[J].北京理工大学学报.2009(29):96-98.Wei Shuiai.Study of electrostatic safety monitoring technique for powder transporting and storage process[J].Transactions of Beijing Institute of Technology.Vol.29,Suppl.2,Aug.2009.
[2]张国顺,王泽溥.火炸药及其制品燃烧爆炸事故及其预防措施(上册)[M].兵器工业出版社.2009.Zhang Guoshun,Wang Zepu.The explosion accidents and preventive measures of burning explosives and its products(Volume 1)[M].Ordnance Industry Press.2009.
[3]刘尚合,谭志良,武占成.静电防护工程的研究与进展[J].中国工程科学.2000(2)11:18-24Liu Shanghe,Tan Zhiliang,Wu Zhancheng.Research and development of electrostatic protection engineering[J].Chinese Engineering Science.2000(2)11:18-24
[4]李志敏,张同来,杨利等.火炸药静电性能研究进展[J].科技导报,2011,29(26):74-79.Li Zhimin,Zhang Tonglai,Yang Li,etc.Research progress of electrostatic properties of fire explosive[J].Science&Technology,2011,29(26):74-79.
[5]马峰.火炸药生产中的静电危害及其防护[J].安防科技.2004.(5):44-45.Ma Feng.Electrostatic hazard and its protection in the production of explosives[J].Security technology.2004.(5):44-45.
[6]钱仲.发射药生产防静电问题的研究[J].军械工程学院学报.2000(12)增刊:143-148.Qian Zhong.Study on the problem of anti-static electricity production[J].Journal of Ordnance Engineering College.2000(12)Suppl.:143-148.
[7]陆明,赵省向,陈晶.RDX混合炸药的摩擦静电起电性能测定与分析[J].含能材料.2008.16(6):708-711.Lu Ming,Zhao Sheng xiang,Chen Jing.Determination and analysis of the electric properties of the RDX mixed explosive[J].Energetic material.2008.16(6):708-711.
[8]陆明,赵月兵.RDX与AL粉混合体系的静电火花感度研究[J].兵工学报.2009.30(12):1602-1606.Lu Ming,Zhao Yuebing.Study on the electrostatic discharge sensitivity of RDX and AL powder mixture[J].ARMAMENTARII.2009.30(12):1602-1606.
[9]李文国,董为民,郭瑜.工厂静电除尘监控系统的设计与实现[J].计算机测量与控,2005,13(9):953-954Li Wenguo,Dong Weimin,Guo Yu.Design and implementation of the monitoring system for electrostatic dust removal in plant[J].Computer measurement and control,2005,13(9):953-954
[10]Juliusz B,Gajewski.Monitoring of electrostatic fire and explosion hazards at the inlet to electrostatic precipitators.Journal of Electrostatics.2014(72):192-197.
[11]K.Schwenzfeuer and M.Glor.Test to determine the ignition of dust by brush discharges[J].Journal of Electrostatics,1993(30):115-122.
[12]M.Glor,B.Maurer.Ignition tests with discharges from bulked polymeric granules in silos(Cone discharges)[J].Journal of Electrostatics.1993(30):123-134.
[13]A.Kuttler,M.Glor.Modelling of the electric field in silos filled with polymeric granules.Journal of Electrostatics,1993(30):285-296
[14]T B.Jones.Electroquasistatatics of charged powder,in:Electrostatics-87,Oxford,U.K.,1987,Inst.Phys.Conf.Ser,1987(85)223-228.
[15]T B.Jones and S.Chan,Charge relaxation in vessels with insulating liners,Journal of Electrostatics.1989(22):199-212.
[16]Sun Keping,Yu Gefei.Research on field calculation&safety evaluation in powder silo[J].Journal of Electrostatics.1998(44):119-123.
[17]Keping Sun,Quanzhen liu,Xuewen Li.Simulation test on charge density and surface potential in an oil tank during filling operation[J].Journal of Electrostatics.2009(67):340-341.
[18]刘尚合,魏光辉,刘直承,静电理论与防护[M].北京:兵器工业出版社,1999:4-5Liu Shanghe,Wei Guanghui,Liu Zhicheng,Electrostatic theory and protection[M].Beijing:Ordnance Industry Press,1999:4-5.
[19]娄仁杰,何明俊.聚丙烯粉体输送系统静电危险分析[J].中外能源.2006(11):84-87.Lou Renjie,He Mingjun,Electrostatic hazard analysis of polypropylene powder conveying system[J].Sino foreign energy.2006(11):84-87.
[20]Zhang zhen.Electrostatic and humidity-temperature detecting alarm-device[J].Proceedings of The Fourth International Conference On Applied Electrostatics 2001.
[21]金太东,静电电荷密度监控系统[J].测控技术,2002,21(3):23-24Jin Taidong,Electrostatic charge density monitoring system[J].Measurement and control technology.2002,21(3):23-24
[22]李志敏,周铭锐,张同来等.斯蒂芬酸铅的静电危险性研究[J].兵工学报.2013.34(8):958-964.Li Zhimin,Zhou Minrui,Zhang Tonglai.Study on the electrostatic hazard of lead and Stephen[J].ARMAMENTARII.2013.34(8):958-964.
[23]卫水爱.粉体输送、储存过程中静电安全监测技术研究[J].北京理工大学学报.2009(29):96-98.Wei Shuiai.Study of electrostatic safety monitoring technique for powder transporting and storage process[J].Transactions of Beijing Institute of Technology.Vol.29,Suppl.2,Aug.2009.
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