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段强领


个人(ren)履历(li)

中国科学技术大学安全科学与工程博士(shi)(2016)

中(zhong)国科学技(ji)术大学博(bo)士(shi)后 (2016-2018)

中国科(ke)学(xue)技术大学(xue)特任副研究员(yuan) (2018-2020)

中国科学(xue)技术大学(xue)副(fu)教授 (2020至(zhi)今)

 

研究方向

氢(qing)能开(kai)发利用(yong)中的火(huo)灾安(an)全

锂离子电池火灾(zai)动力学及(ji)消防对策

火灾爆炸事故预测与防(fang)控方法(fa)

 

主讲(jiang)课程(cheng)

课程名称:能(neng)源火灾安(an)全(quan)理论及方法学

(课程编号:SE15230.01;学时(shi):60;学分:3

 

个(ge)人(ren)获奖

中国公路学会科学技术(shu)奖  一等(deng)奖(jiang)(2018

中国消防协(xie)会科技创新奖  一等奖(2018

 

学位/职称(cheng)

工学博士

中国科学技术大学副研究员

硕士生导师

  

办公室电话(hua)

(+86)551 63606191

E-mail: duanql@wfpianuo.com


学术(shu)任职:

国(guo)际火灾(zai)安全科学学会(IAFSS)会员(yuan)(2016-)

国际(ji)燃烧学会(hui)会(hui)员(2017-)

中国化工学会会员(2019-

中国能源研究(jiu)会会员(2019-

 

科研项目

锂浆料电池储(chu)能系统火(huo)灾危险(xian)性评估研究:

国(guo)家重点研发(fa)计划项目子(zi)课题,主持,执行期:2019.12-2024.11

高压氢泄漏过(guo)程中激波诱导自燃(ran)发生的内在机理与(yu)预测模型研究:

国(guo)家(jia)自然科学基(ji)金青年项目,主持,执行(xing)期:2018.1-2020.12

管道内(nei)障碍物对高压氢气泄漏自燃的影(ying)响及其机理(li)研究:

中国(guo)博士后科学基金特别资助项目,主持,执行期:2017.6-2018.04

管道几何(he)结构对高压氢气(qi)泄(xie)漏自燃的影响机制研(yan)究(jiu):

中国博士后科学基金项目,主持,执行(xing)期:2016.11-2018.09

区域级化工园区应急保障(zhang)资源规划优化配置(zhi)与调度技术研(yan)究:

十三五国家重(zhong)点研发(fa)计划项目子(zi)课(ke)题(ti),研究骨干,执(zhi)行期:2016.06-2019.12

受限空间内(nei)氢/空(kong)气预(yu)混火(huo)焰与压力波相互作(zuo)用的(de)规律与机(ji)制研究:

国家(jia)自然科(ke)学基金青(qing)年项目,研究骨干,执行期(qi):2015.01-2017.12

/空气预混火焰传播和突变的(de)动力学(xue)机制及其抑制方法(fa)研究:

国(guo)家自然科学(xue)基金面上项目(mu),研究骨干,执行期(qi):2014.01-2017.12

 

代表性论著

[1] Cao H, Duan Q*, Chai H, Li X, Sun J*. Experimental study of the effect of typical halides on pyrolysis of ammonium nitrate using model reconstruction. Journal of Hazardous Materials. 2020; 384: 121297.

[2] Gong L, Li Z, Jin K, Gao Y, Duan Q*, Zhang Y, Sun J*. Numerical study on the mechanism of spontaneous ignition of high-pressure hydrogen during its sudden release into a tube. Safety Science, 2020, 129: 104807.

[3] Chai H, Duan Q*, Cao H, Li M, Sun J*. Effects of nitrogen content on pyrolysis behavior of nitrocellulose. Fuel. 2020; 264: 116853.

[4] Zeng Q, Duan Q*, Li P, Zhu H, Sun D, Sun J*. An experimental study of the effect of 2.5% methane addition on self-ignition and flame propagation during high-pressure hydrogen release through a tube. International Journal of Hydrogen Energy. 2019; 45(4): 3381-90.

[5] Duan Q, Xiao H, Gong L, Li P, Zeng Q, Gao W, Sun J*. Experimental study of shock wave propagation and its influence on the spontaneous ignition during high-pressure hydrogen release through a tube. International Journal of Hydrogen Energy. 2019; 44:22598-22607.

[6] Chai H, Duan Q*, Jiang L, Gong L*, Chen H, Sun J. Theoretical and experimental study on the effect of nitrogen content on the thermal characteristics of nitrocellulose under low heating rates. Cellulose. 2019; 26:763-776.

[7] Chai H, Duan Q*, Jiang L, Sun J*. Effect of inorganic additive flame retardant on fire hazard of polyurethane exterior insulation material. Journal of Thermal Analysis and Calorimetry. 2019; 135: 2857-2868.

[8] Gong L, Duan Q*, Liu J, Li M, Jin K, Sun J*. Effect of burst disk parameters on the release of high-pressure hydrogen. Fuel. 2019; 235: 485-494.

[9] Gong L, Duan Q*, Liu J, Li M, Jin K, Sun J*. Experimental investigation on effects of CO2 additions on spontaneous ignition of high-pressure hydrogen during its sudden release into a tube. International Journal of Hydrogen Energy. 2019; 44: 7041-7048.

[10] Gong L, Duan Q*, Sun J*, Molkov V. Similitude analysis and critical conditions for spontaneous ignition of hydrogen release into the atmosphere through a tube. Fuel. 2019; 245: 413-419.

[11] Li P, Duan Q*, Gong L, Jin K, Chen J, Sun J*. Effects of obstacles inside the tube on the shock wave propagation and spontaneous ignition of high-pressure hydrogen. Fuel. 2019; 236: 1586-1594.

[12] Li P, Duan Q*, Zeng Q, Jin K, Chen J, Sun J*. Experimental study of spontaneous ignition induced by sudden hydrogen release through tubes with different shaped cross-sections. International Journal of Hydrogen Energy. 2019; 44: 23821-23831.

[13] Duan Q, Xiao H, Gong L, Jin K, Gao W, Chai H, Sun J*. Experimental study on spontaneous ignition and subsequent flame development caused by high-pressure hydrogen release: Coupled effects of tube dimensions and burst pressure. Fire Safety Journal. 2018; 97: 44-53.

[14] Gong L, Duan Q*, Liu J, Li M, Li P, Jin K, Sun J*. Spontaneous ignition of high-pressure hydrogen during its sudden release into hydrogen/air mixtures. International Journal of Hydrogen Energy. 2018; 43: 23558-23567.

[15] Duan Q, Zhang F, Xiong T, Wang Q, Xiao H, Wang Q, Xiao H, Gao W, Gong L, Jin K, Sun J*. Experimental study of spontaneous ignition and non-premixed turbulent combustion behavior following pressurized hydrogen release through a tube with local enlargement. Journal of Loss Prevention in the Process Industries. 2017; 49: 814-821.

[16] Gong L, Duan Q*, Sun Q, Jin K, Sun J*. Effects of the geometry of downstream pipes with different angles on the shock ignition of high-pressure hydrogen during its sudden expansion. International Journal of Hydrogen Energy. 2017; 42: 8382-8391.

[17] Duan Q, Xiao H, Gao W, Gong L, Wang Q, Sun J. Experimental study on spontaneous ignition and flame propagation of high-pressure hydrogen release via a tube into air. Fuel. 2016;181: 811-819.

[18] Duan Q, Xiao H, Gao W, Gong L, Sun J. Experimental investigation of spontaneous ignition and flame propagation at pressurized hydrogen release through tubes with varying cross-section. Journal of Hazardous Materials. 2016; 320: 18-26.

[19] Duan, Q, Xiao, H, Gao, W, Shen, X, Wang, Q, Sun, J*, 2015, Experimental investigation on shock waves generated by pressurized gas release through a tube, Journal of Loss Prevention in the Process Industries. 36: 39-44.

[20] Duan, Q, Xiao, H, Gao, W, Wang, Q., Shen, X., Jiang, L, Sun, J*, 2015, An experimental study on shock waves and spontaneous ignition produced by pressurized hydrogen release through a tube into atmosphere, International Journal of Hydrogen Energy. 40(25): 8281-8289.


 


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