CLASSIFICATION OF FOSSIL FUELS INTO EXPLOSIVE RISK GROUPS WITH ALLOWANCE FOR THE FUEL-AIR MIXTURE TEMPERATURE AT THE OUTLET FROM THE MILL

F. A. Serant; L. I. Pugach

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CLASSIFICATION OF FOSSIL FUELS INTO EXPLOSIVE RISK GROUPS WITH ALLOWANCE FOR THE FUEL-AIR MIXTURE TEMPERATURE AT THE OUTLET FROM THE MILL

机译：允许将化石燃料分为爆炸风险组，并允许从工厂出口处的燃油-空气混合温度

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Classifications of fossil fuels into explosive risk groups suggested by various organizations are discussed. Preference is given to the VTI classification based on the explosiveness factor. It is stressed that the temperatures of the air-fuel mixture at the outlet from the mill should be necessarily stipulated by the operational rules.

机译：讨论了各种组织建议的将化石燃料分类为爆炸危险组的方法。优选基于爆炸性因素的VTI分类。要强调的是，磨机出口处的空气-燃料混合物的温度必须由运行规则规定。

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来源
《Hydrotechnical Construction》 |2002年第2期|p.61-63|共3页
作者
F. A. Serant; L. I. Pugach;
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作者单位

SibKOTES Company, Russia;

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原文格式 PDF
正文语种 eng
中图分类水利工程;
关键词
coal dust; explosion risk; explosiveness factor; mill; concentration; temperature; pressure;

机译：煤炭粉末;爆炸危险;爆炸性因素磨;浓度;温度;压力;

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1. Prediction of flammability limits of fuel-air and fuel-air-inert mixtures from explosivity parameters in closed vessels [J] . Giurcan Venera, Razus Domnina, Mitu Maria, Journal of loss prevention in the process industries . 2015,第Null期

机译：根据密闭容器中的爆炸性参数预测燃料-空气和燃料-空气-惰性混合物的可燃极限
2. limiting Oxygen Concentration and Minimum Inert Concentration of Fuel-air-inert Gaseous Mixtures Evaluation by means of Adiabatic Flame Temperatures and Measured Fuel-air Lower Flammability Limits [J] . VENERA GIURCAN, DOMNINA RAZUS, MARIA MITU Revista de Chimie . 2013,第12期

机译：绝热火焰温度和测得的燃料-空气可燃性下限评估燃料-空气-惰性气体混合物的极限氧浓度和最小惰性浓度
3. Critical Ignition Temperature of Fuel-air Explosive [J] . Qi Zhang, Chun Hua Bai, Hai Yan Dang, Defence Science Journal . 2004,第4期

机译：燃油炸药的临界点火温度
4. Characters of Shock Waves of the Fuel-Air Mixture Explosive in a Simulative Metal Oilcan [C] . DU Yang, GAO Jianfeng, JIANG Xinsheng, International Symposium on Safety Science and Technology; 20061024-27; Changsha(CN) . 2006

机译：模拟金属油罐中燃料-空气混合炸药冲击波的特征
5. Flame acceleration and deflagration-to-detonation transition studies in fuel-air mixtures at elevated temperatures and pressures. [D] . Card, Justin L. 2004

机译：在升高的温度和压力下对燃料-空气混合物进行火焰加速和爆燃-爆轰过渡研究。
6. Bioassay of complex mixtures derived from fossil fuels. [O] . E Bingham, W Barkley 1979

机译：来自化石燃料的复杂混合物的生物测定。
7. Temperature Measurement of Premixed Fuel-Air Mixture by an Infrared Radiation Pyrometer : 3rd Report, Influences of the Mixture Composition and Pressure [O] . Shoshi SHIMIZU, Junichi MINAMI, Shinji SAKAI 1975

机译：红外辐射高温计的预混燃料 - 空气混合物温度测量：第3次报告，对混合物组成和压力的影响
8. Ignition of Lean Fuel-Air Mixtures in a Premixing-Prevaporizing Duct at Temperatures Up to 1000 K. [R] . tacine, r. r. 1980

机译：在预混合预蒸发管道中点燃稀燃料 - 空气混合物，温度高达1000 K.

CLASSIFICATION OF FOSSIL FUELS INTO EXPLOSIVE RISK GROUPS WITH ALLOWANCE FOR THE FUEL-AIR MIXTURE TEMPERATURE AT THE OUTLET FROM THE MILL

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