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王爽等:锂离子电池安全性研究进展 909· [29]Feng X N,Sun J,Ouyang MG,et al.Characterization of pene- 2002,149(7):A912 tration induced thermal runaway propagation process within a [44]Abraham D P,Roth E P,Kostecki R,et al.Diagnostic examina- large format lithium ion battery module.Poer Sources,2015, tion of thermally abused high-power lithium-ion cells.Pocer 275:261 Sources,.2006.161(1):648 [30]Jin B,Zhou M T,Liu FF,et al.Nail penetration test for lithi- [45]Somandepalli V,Marr K,Horn Q.Quantification of combustion um iron phosphate power Li-ion battery.Battery,2017,47(1): hazards of thermal runaway failures in lithium-ion batteries.SAE 23 Int J Alternative Powertrains,2014,3(1):98 (金标,周明涛,刘方方,等.磷酸铁锂动力锂离子电池穿刺 [46]Feng L H,Wang Q S,Sun J H.Flame-retardant electrolyte to 实验.电池,2017,47(1):23) improve the thermal stability of Li Tis0 battery.Fire Saf Sci, [31]Ping P,Wang QS,Huang P F,et al.Study of the fire behavior 2016,25(2):100 of high-energy lithium-ion batteries with full-scale burning test.J (冯丽华,王青松,孙金华.阻燃电解液改善钛酸锂电池体 Power Sources,2015,285:80 系热稳定性研究.火灾科学,2016,25(2):100) [32]Huang P F,Wang Q S,Li K,et al.The combustion behavior of [47]Yim T,Park MS,Woo S G,et al.Self-extinguishing lithium ion large scale lithium titanate battery.Sci Rep,2015,5:7788-1 batteries based on intemally embedded fire-extinguishing micro- [33]Chen M Y,Liu J H,Lin X,et al.Combustion characteristics of capsules with temperature-responsiveness.Nano Lett,2015,15 primary lithium battery at two altitudes.Therm Anal Calorim, (8):5059 2016,124(2):865 [48]Xu J,Lan C J,Qiao Y,et al.Prevent thermal runaway of lithi- [34]Fu Y Y.Lu S,Li K Y,et al.An experimental study on buming um-ion batteries with minichannel cooling.Appl Therm Eng, behaviors of 18650 lithium ion batteries using a cone calorimeter. 2017.110:883 J Power Sources,2015,273:216 [49]Li Y.Yu D X,Zhang S Y,et al.On the fire extinguishing tests [35]Matsumura H,Itoh S,Matsushima K,et al.Temperature char- of typical Lithium-ion battery.J Saf Enriron,2015,15(6):120 acteristics of a hybrid electric vehicle fire.SAE Int J Alternatire (李毅,于东兴,张少禹,等.典型锂离子电池火灾灭火试验 Powertrains,2012,1(1):195 研究.安全与环境学报,2015,15(6):120) [36]Takahashi M,Takeuchi M,Maeda K,et al.Comparison of fires [50]Qi H P.Study on ULD Integrated Fire Extinguishing System for in lithium-ion battery vehicles and gasoline vehicles.SAE Int J Lithium Batteries during Air Transportation Dissertation.Tian- Passenger Cars-Electron Electrical Syst,2014,7(1):213 jin:Civil Aviation University of China,2015 [37]Yang H,Shen X D.Dynamic TGA-FTIR studies on the thermal (贼潮鹏.空运锂电池ULD集成灭火系统研究[学位论文]. stability of lithium/graphite with electrolyte in lithium-ion cell.J 天津:中国民航大学,2015) Power Sources,2007,167(2):515 [51]Larsson F,Andersson P,Blomqvist P,et al.Toxic fluoride gas [38]Yang H,Zhuang G V,Ross Jr P N.Thermal stability of LiPF. emissions from lithium-ion battery fires.Sci Rep,2017,7: salt and Li-ion battery electrolytes containing LiPF.Power 10018-1 Sources,2006,161(1):573 [52]Hu Q W.Study on Lithium-lon batteries thermal Runaway Propa- [39]Andersson P,Blomqvist P,Loren A,et al.Using Fourier trans- gation Characteristics and Blocking Techniques [Dissertation]. form infrared spectroscopy to determine toxic gases in fires with Wuhan:China Ship Research and Development Academy,2015 lithium-ion batteries.Fire Mater,2016,40(8):999 (胡棋威.锂离子电池热失控传播特性及阻断技术研究[学 [40]Larsson F,Andersson P,Blomgvist P,et al.Characteristics of 位论文].武汉:中国舰船研究院,2015) lithium-ion batteries during fire tests.Power Sources,2014, [53]Wang QS,Shao GZ,Duan Q L,et al.The efficiency of hep- 271:414 tafluoropropane fire extinguishing agent on suppressing the lithium [41]Sturk D,Hoffmann L,Ahlberg Tidblad A.Fire tests on E-vehi- titanate battery fire.Fire Technol,2016,52(2):387 cle battery cells and packs.Traffic Injury Prerention,2015,16 [54]Blum A,Long R T.Full-scale fire tests of electric drive vehicle (Suppl 1):S159 batteries.SAE Int J Passenger Cars-Mechanical Syst,2015,8 [42]Campion C L,Li W T,Lucht B L.Thermal decomposition of (2):565 LiPF-based electrolytes for lithium-ion batteries.J Electrochem [55]Rao H,Huang Z X,Zhang H,et al.Study of fire tests and fire Soc,2005,152(12):A2327 safety measures on lithium ion battery used on ships /Interna- [43]MacNeil DD,Dahn J R.The reactions of Lio.sCo02 with nona- tional Conference on Transportation Information and Safety.Wu- queous solvents at elevated temperatures.J Electrochem Soc, han,2015:865王 爽等: 锂离子电池安全性研究进展 [29] Feng X N, Sun J, Ouyang M G, et al. 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