火药用叠氮含能增塑剂
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摘要
叠氮增塑剂具有较好热稳定性、较低玻璃化转变温度、钝感及与黏合剂物理化学相容性好等特点,在低易损性、低特征信号推进剂和发射药中有着广阔的应用前景。本文从叠氮增塑剂的合成、表征、性能及应用等方面对近年来取得的研究进展进行了综述,梳理了叠氮增塑剂研究中存在的问题,指出了今后叠氮增塑剂在结构设计、合成、制备工艺、表征及应用等方面的几个潜在发展方向,以期为含能材料合成、配方应用及性能表征等相关的研究者提供参考。
With the characteristics of superior thermal stability,lower glass transition temperature,insensitivity and better compatibility with binders,azido plasticizers have vast application prospect in the gun and rocket propellants requiring lowvulnerability and lowcharacteristic signal. From the aspects of synthesis,characterization,property and application,recent research progress on azido plasticizers is reviewed in this paper.Then,the existing problems in the research of azido plasticizers are sorted,and some potential development directions on the structure design,synthesis,preparation process,characterization and application are pointed out. This reviewis expected to benefit the researchers on the synthesis,composition application and property characterization of energetic materials.
With the characteristics of superior thermal stability,lower glass transition temperature,insensitivity and better compatibility with binders,azido plasticizers have vast application prospect in the gun and rocket propellants requiring lowvulnerability and lowcharacteristic signal. From the aspects of synthesis,characterization,property and application,recent research progress on azido plasticizers is reviewed in this paper.Then,the existing problems in the research of azido plasticizers are sorted,and some potential development directions on the structure design,synthesis,preparation process,characterization and application are pointed out. This reviewis expected to benefit the researchers on the synthesis,composition application and property characterization of energetic materials.
引文
[1]Schulze M C,Chavez D E. J. Energ. Mater.,2016,34:129.
[2]Ma M,Shen Y,Kwon Y,Chung C,Kim J S. Propell. Explos.Pyrot.,2016,41:746.
[3]Yang J,Wang F,Zhang J,Wang G,Gong X. J. Mol. Model.,2013,19:5367.
[4]Kumari D,Balakshe R,Banerjee S,Singh H. Rev. J. Chem.,2012,2:240.
[5]Straessler N,Lee M. J. Energ. Mater.,2017,35:1.
[6]Lotmentsev Y M,Kondakova N N,Bakeshko A V,Kozeev A M,Sheremetev A B. Chem. Heterocycl. Compd.,2017,53:740.
[7]Gribanov P S,Topchiy M A,Fedyanin I V,Asachenko A F,Nechaev M S,Pleshakov D V. Propell. Explos. Pyrot.,2017,42:1014.
[8]姬月萍(Ji Y P),李普瑞(Li P R),汪伟(Wang W),兰英(Lan Y),丁峰(Ding F).火炸药学报(Chinese Journal of Explosives and Propellans),2005,28(4):47.
[9]Li X,Chen S,Zhang G,Yu Z,Li J,Chen M,Ma X,Xiang K,Jin S,Chen Y. Mater. Express,2017,7:216.
[10]王静刚(Wang J G),李俊贤(Li J X),张玉清(Zhang Y Q).化学推进剂与高分子材料(Chemical Propellants and Polymeric Materials),2008,6(3):10.
[11]曹星星(Cao X X),李欢(Li H),潘仁明(Pan R M).兵器装备工程学报(Journal of Sichuan Ordnance),2017,38(11):182.
[12]Ma Y,Liu Y,Yu T,Lai W,Ge Z,Jiang Z. Propell. Explos.Pyrot.,2018,43:170.
[13]Badgujar D M,Talawar M B,Zarko V E,Mahulikar P P.Combust. Explo. Shock,2017,53:371.
[14]Maksimowski P, Kasztankiewicz A B, Kopacz W. Propell.Explos. Pyrot.,2017,42:1020.
[15]Zhang X,Kim J S,Kwon Y. J. Nanosci. Nanotechnol.,2017,17:7344.
[16]Dong Q,Li Y,Wu F,Li H,Liu X,Huang C. Propell. Explos.Pyrot.,2017,42:1143.
[17]Sonawane S H,Banerjee S,Sider A K,Talawar M B,Khan M A S. New J. Chem.,2017,41:7886.
[18]Yang J,Gong X,Wang G. Comput. Mater. Sci.,2015,110:71.
[19]罗运军(Luo Y J),葛震(Ge Z).精细化工(Fine Chemicals),2013,30(04):374.
[20]Landsem E,Jensen T L,Hansen F K,Unneberg E,Kristensen T E. Propell. Explos. Pyrot.,2012,37:581.
[21]罗运军(Luo Y J),葛震(Ge Z).火炸药学报(Chinese Journal of Explosives and Propellans),2011,34(2):1.
[22]Mohan Y M,Raju K M. Int. J. Polym. Anal. Char.,2004,9:289.
[23]Yang J,Gong X,Wang G. Can. J. Chem.,2015,93:690.
[24]姬月萍(Ji Y P),汪营磊(Wang Y L),刘卫孝(Liu W X),陈斌(Chen B).含能材料(Chinese Journal of Energetic Materials),2011,19(4):388.
[25]Rindone R R,Huang D S. US 5220039,1993.
[26]姬月萍(Ji Y P),汪伟(Wang W),丁峰(Ding F),陈斌(Chen B),尉涛(Yu T),刘卫孝(Liu W X).火炸药学报(Chinese Journal of Explosives and Propellants),2008,31(2):86.
[27]Clement A,Jacon G,Piteau M. GB 2451221,2009.
[28]Baghersad M H,Habibi A,Heydari A. J. Mol. Struct.,2017,1130:447.
[29]刘亚静(Liu Y J),莫洪昌(Mo H C),丁峰(Ding F),张丽洁(Zhang L J),高福磊(Gao F L),姬月萍(Ji Y P).含能材料(Chinese Journal of Energetic Materials),2014,22(6):732.
[30]Hafner S,Hartdegen V A,Hofmayer M S,Klaptke T M.Propell. Explos. Pyrot.,2016,41:806.
[31]Kumari D,Yamajala K D B,Singh H,Sanghavi R R,Asthana S N,Raju K,Banerjee S. Propell. Explos. Pyrot.,2013,38:805.
[32]Kumari D,Singh H,Patil M,Thiel W,Pant C S,Banerjee S.Thermochim. Acta,2013,562:96.
[33]Pant C S,Wagh R M,Nair J K,Gore G M,Thekkekara M,Venugopalan S. Propell. Explos. Pyrot.,2007,32:461.
[34]Kumar S,Kumar A,Yamajala K D B,Pinki Gaur D K,Banerjee S. Cent. Eur. J. Energ. Mater.,2017,14:844.
[35]Kumari D,Anjitha S G,Pant C S,Patil M,Singh H,Banerjee S. RSC Adv.,2014,4:39924.
[36]汪营磊(Wang Y L),姬月萍(Ji Y P),李普瑞(Li P R),陈斌(Chen B),兰英(Lan Y).含能材料(Chinese Journal of Energetic Materials),2010,18(01):11.
[37]Yang J,Yan H,Zhang X,Wang G,Gong X. Struct. Chem.,2014,25:931.
[38]Ghosh K,Athar J,Pawar S,Polke B G,Sikder A K. J. Energ.Mater.,2012,30:107.
[39]邓蕾(Deng L),张炜(Zhang W),鲍桐(Bao T),周星(Zhou X).含能材料(Chinese Journal of Energetic Materials),2017,25(01):32.
[40]Detlef D,Dieter L,Angelika M,Konrad S. Propell. Explos.Pyrot.,1999,24:159.
[41]刘亚静(Liu Y J),莫洪昌(Mo H C),汪营磊(Wang Y L),卢先明(Lu X M),姬月萍(Ji Y P).含能材料(Chinese Journal of Energetic Materials),2015,23(7):712.
[42]丁峰(Ding F),刘亚静(Liu Y J),莫洪昌(Mo H C),汪营磊(Wang Y L),卢先明(Lu X M),姬月萍(Ji Y P).爆破器材(Explosive Materials),2017,46(1):13.
[43]Witucki E F,Frankel M B. J. Chem. Eng. Data,1979,24:247.
[44]陆婷婷(Lu T T),张丽洁(Zhang L J),姬月萍(Ji Y P),丁峰(Ding F),刘亚静(Liu Y J),汪营磊(Wang Y L).含能材料(Chinese Journal of Energetic Materials),2017,25(6):493.
[45]Chavez D E,Hiskey M A,Naud D L,Parrish D. Angew. Chem.Int. Ed.,2008,47:8307.
[46]王娟(Wang J),刘大斌(Liu D B),周新利(Zhou X L).爆破器材(Explosive Materials),2012,41(4):1.
[47]郝利峰(Hao L F),张丽(Zhang L),何宏军(He H J),唐时敏(Tang S M),吴祝骏(Wu Z J),孙庆锋(Sun Q F).化学推进剂与高分子材料(Chemical Propellants and Polymeric Materials),2014,12(6):43.
[48]Wingborg N,Eldster C. Propell. Explos. Pyrot.,2002,27:314.
[49]Ek S,Latypov N,Goede P,Yiewwang L,Raymond Y G Y. J.Energ. Mater.,2012,30:324.
[50]Ek S,Goede P,Latypov N,Wang L Y,Raymond Y G Y. WO2009072955,2009.
[51]Flanagan J E. US 4085123,1978.
[52]Flanagan J E. US 4141910,1979.
[53]Simmons R L. US 4450110,1984.
[54]Flanagan J E,Wilson E R,Frankel M B. US 5013856,1991.
[55]Yang J,Zhang X,Gao P,Gong X,Wang G. RSC Adv.,2014,4:41934.
[56]Yang J,Gong X,Wang G. Comput. Mater. Sci.,2015,102:1.
[57]齐晓飞(Qi X F),闫宁(Yan N),严启龙(Yan Q L),李宏岩(Li H Y).火炸药学报(Chinese Journal of Explosives and Propellans),2017,40(06):101.
[58]姬月萍(Ji Y P),兰英(Lan Y),李普瑞(Li P R),汪伟(Wang W),丁峰(Ding F),刘亚静(Liu Y J).火炸药学报(Chinese Journal of Explosives and Propellans),2008,31(3):44.
[59]高福磊(Gao F L),姬月萍(Ji Y P),汪伟(Wang W),刘卫孝(Liu W X),陈斌(Chen B),刘亚静(Liu Y J),丁峰(Ding F).火炸药学报(Chinese Journal of Explosives and Propellans),2011,34(3):12.
[60]高福磊(Gao F L),姬月萍(Ji Y P),刘卫孝(Liu W X),丁峰(Ding F),兰英(Lan Y).化学推进剂与高分子材料(Chemical Propellants and Polymeric Materials),2014,12(06):79.
[61]刘卫孝(Liu W X),姬月萍(Ji Y P),汪伟(Wang W),高福磊(Gao F L),汪营磊(Wang Y L),陈斌(Chen B),丁峰(Ding F),刘亚静(Liu Y J).火炸药学报(Chinese Journal of Explosives and Propellans),2016,39(02):72.
[62]Gao F L,Ji Y P,Liu W X,Wang Y L,Chen B,Liu Y J,Ding F. Chin. J. Energ. Mater.,2015,23(3):302.
[63]施明达(Shi M D).火炸药(Explosives and Propellans),1992,(04):24.
[64]Klaptke T M,Krumm B,Steemann F X. Propell. Explos.Pyrot.,2009,34:13.
[65]Il’yasov S G,Danilova E O. Propell. Explos. Pyrot.,2012,37:427.
[66]党智敏(Dang Z M),赵凤起(Zhao F Q),李上文(Li S W),阴翠梅(Yin C M),屠德民(Tu D M).西安交通大学学报(Journal of Xi’an Jiaotong University),2000,(01):88.
[67]Dang Z,Zhao F,Li S. J. Energ. Mater.,2000,18:29.
[68]Dang Z,Zhao F,Li S,Yin C,Hu R. J. Therm. Anal. Calorim.,2000,61:771.
[69]张志忠(Zhang Z Z),王伯周(Wang B Z),石尊常(Shi Z C),姬月萍(Ji Y P),刘愆(Liu Q),朱春华(Zhu C H).火炸药学报(Chinese Journal of Explosives and Propellans),2003,26(2):3.
[70]Gao F,Wang Y,Ji Y,Liu W,Chen B,Wang W. IOP Conf.Ser.:Mater. Sci. Eng.,2017,269:012057.
[71]Koppes W M,Chaykovsky M. US 5276171,1994.
[72]Prakash G K S,Bae C,Kroll M,Olah G A. J. Fluorine Chem.,2002,117:103.
[73]Archibald T G,Manser G E,Immoos John E. US 5420311,1995.
[74]Archibald T G,Manser G E. US 5789617,1998.
[75]张明权(Zhang M Q),刘红雨(Liu H Y),韦兴存(Wei X C),张磊(Zhang L),康玲(Kang L).化学推进剂与高分子材料(Chemical Propellants and Polymeric Materials),2017,15(1):45.
[76]徐若千(Xu R Q),姬月萍(Ji Y P),丁峰(Ding F),汪伟(Wang W),兰英(Lan Y),刘亚静(Liu Y J).含能材料(Chinese Journal of Energetic Materials),2009,17(6):681.
[77]李娜(Li N),熊贤锋(Xiong X F),莫洪昌(Mo H C),卢先明(Lu X M),刘亚静(Liu Y J).固体火箭技术(Journal of Solid Rocket Technology),2013,36(2):234.
[78]王晓(Wang X),罗运军(Luo Y J),柴春鹏(Cai C P).火炸药学报(Chinese Journal of Explosives and Propellans),2010,33(6):57.
[79]Huang T,Jin B,Peng R F,Chu S J. Int. J. Polym. Anal.Charact.,2014,19:522.
[80]Asghar B,Mansour S. Propell. Explos. Pyrot.,2018,43:364.
[2]Ma M,Shen Y,Kwon Y,Chung C,Kim J S. Propell. Explos.Pyrot.,2016,41:746.
[3]Yang J,Wang F,Zhang J,Wang G,Gong X. J. Mol. Model.,2013,19:5367.
[4]Kumari D,Balakshe R,Banerjee S,Singh H. Rev. J. Chem.,2012,2:240.
[5]Straessler N,Lee M. J. Energ. Mater.,2017,35:1.
[6]Lotmentsev Y M,Kondakova N N,Bakeshko A V,Kozeev A M,Sheremetev A B. Chem. Heterocycl. Compd.,2017,53:740.
[7]Gribanov P S,Topchiy M A,Fedyanin I V,Asachenko A F,Nechaev M S,Pleshakov D V. Propell. Explos. Pyrot.,2017,42:1014.
[8]姬月萍(Ji Y P),李普瑞(Li P R),汪伟(Wang W),兰英(Lan Y),丁峰(Ding F).火炸药学报(Chinese Journal of Explosives and Propellans),2005,28(4):47.
[9]Li X,Chen S,Zhang G,Yu Z,Li J,Chen M,Ma X,Xiang K,Jin S,Chen Y. Mater. Express,2017,7:216.
[10]王静刚(Wang J G),李俊贤(Li J X),张玉清(Zhang Y Q).化学推进剂与高分子材料(Chemical Propellants and Polymeric Materials),2008,6(3):10.
[11]曹星星(Cao X X),李欢(Li H),潘仁明(Pan R M).兵器装备工程学报(Journal of Sichuan Ordnance),2017,38(11):182.
[12]Ma Y,Liu Y,Yu T,Lai W,Ge Z,Jiang Z. Propell. Explos.Pyrot.,2018,43:170.
[13]Badgujar D M,Talawar M B,Zarko V E,Mahulikar P P.Combust. Explo. Shock,2017,53:371.
[14]Maksimowski P, Kasztankiewicz A B, Kopacz W. Propell.Explos. Pyrot.,2017,42:1020.
[15]Zhang X,Kim J S,Kwon Y. J. Nanosci. Nanotechnol.,2017,17:7344.
[16]Dong Q,Li Y,Wu F,Li H,Liu X,Huang C. Propell. Explos.Pyrot.,2017,42:1143.
[17]Sonawane S H,Banerjee S,Sider A K,Talawar M B,Khan M A S. New J. Chem.,2017,41:7886.
[18]Yang J,Gong X,Wang G. Comput. Mater. Sci.,2015,110:71.
[19]罗运军(Luo Y J),葛震(Ge Z).精细化工(Fine Chemicals),2013,30(04):374.
[20]Landsem E,Jensen T L,Hansen F K,Unneberg E,Kristensen T E. Propell. Explos. Pyrot.,2012,37:581.
[21]罗运军(Luo Y J),葛震(Ge Z).火炸药学报(Chinese Journal of Explosives and Propellans),2011,34(2):1.
[22]Mohan Y M,Raju K M. Int. J. Polym. Anal. Char.,2004,9:289.
[23]Yang J,Gong X,Wang G. Can. J. Chem.,2015,93:690.
[24]姬月萍(Ji Y P),汪营磊(Wang Y L),刘卫孝(Liu W X),陈斌(Chen B).含能材料(Chinese Journal of Energetic Materials),2011,19(4):388.
[25]Rindone R R,Huang D S. US 5220039,1993.
[26]姬月萍(Ji Y P),汪伟(Wang W),丁峰(Ding F),陈斌(Chen B),尉涛(Yu T),刘卫孝(Liu W X).火炸药学报(Chinese Journal of Explosives and Propellants),2008,31(2):86.
[27]Clement A,Jacon G,Piteau M. GB 2451221,2009.
[28]Baghersad M H,Habibi A,Heydari A. J. Mol. Struct.,2017,1130:447.
[29]刘亚静(Liu Y J),莫洪昌(Mo H C),丁峰(Ding F),张丽洁(Zhang L J),高福磊(Gao F L),姬月萍(Ji Y P).含能材料(Chinese Journal of Energetic Materials),2014,22(6):732.
[30]Hafner S,Hartdegen V A,Hofmayer M S,Klaptke T M.Propell. Explos. Pyrot.,2016,41:806.
[31]Kumari D,Yamajala K D B,Singh H,Sanghavi R R,Asthana S N,Raju K,Banerjee S. Propell. Explos. Pyrot.,2013,38:805.
[32]Kumari D,Singh H,Patil M,Thiel W,Pant C S,Banerjee S.Thermochim. Acta,2013,562:96.
[33]Pant C S,Wagh R M,Nair J K,Gore G M,Thekkekara M,Venugopalan S. Propell. Explos. Pyrot.,2007,32:461.
[34]Kumar S,Kumar A,Yamajala K D B,Pinki Gaur D K,Banerjee S. Cent. Eur. J. Energ. Mater.,2017,14:844.
[35]Kumari D,Anjitha S G,Pant C S,Patil M,Singh H,Banerjee S. RSC Adv.,2014,4:39924.
[36]汪营磊(Wang Y L),姬月萍(Ji Y P),李普瑞(Li P R),陈斌(Chen B),兰英(Lan Y).含能材料(Chinese Journal of Energetic Materials),2010,18(01):11.
[37]Yang J,Yan H,Zhang X,Wang G,Gong X. Struct. Chem.,2014,25:931.
[38]Ghosh K,Athar J,Pawar S,Polke B G,Sikder A K. J. Energ.Mater.,2012,30:107.
[39]邓蕾(Deng L),张炜(Zhang W),鲍桐(Bao T),周星(Zhou X).含能材料(Chinese Journal of Energetic Materials),2017,25(01):32.
[40]Detlef D,Dieter L,Angelika M,Konrad S. Propell. Explos.Pyrot.,1999,24:159.
[41]刘亚静(Liu Y J),莫洪昌(Mo H C),汪营磊(Wang Y L),卢先明(Lu X M),姬月萍(Ji Y P).含能材料(Chinese Journal of Energetic Materials),2015,23(7):712.
[42]丁峰(Ding F),刘亚静(Liu Y J),莫洪昌(Mo H C),汪营磊(Wang Y L),卢先明(Lu X M),姬月萍(Ji Y P).爆破器材(Explosive Materials),2017,46(1):13.
[43]Witucki E F,Frankel M B. J. Chem. Eng. Data,1979,24:247.
[44]陆婷婷(Lu T T),张丽洁(Zhang L J),姬月萍(Ji Y P),丁峰(Ding F),刘亚静(Liu Y J),汪营磊(Wang Y L).含能材料(Chinese Journal of Energetic Materials),2017,25(6):493.
[45]Chavez D E,Hiskey M A,Naud D L,Parrish D. Angew. Chem.Int. Ed.,2008,47:8307.
[46]王娟(Wang J),刘大斌(Liu D B),周新利(Zhou X L).爆破器材(Explosive Materials),2012,41(4):1.
[47]郝利峰(Hao L F),张丽(Zhang L),何宏军(He H J),唐时敏(Tang S M),吴祝骏(Wu Z J),孙庆锋(Sun Q F).化学推进剂与高分子材料(Chemical Propellants and Polymeric Materials),2014,12(6):43.
[48]Wingborg N,Eldster C. Propell. Explos. Pyrot.,2002,27:314.
[49]Ek S,Latypov N,Goede P,Yiewwang L,Raymond Y G Y. J.Energ. Mater.,2012,30:324.
[50]Ek S,Goede P,Latypov N,Wang L Y,Raymond Y G Y. WO2009072955,2009.
[51]Flanagan J E. US 4085123,1978.
[52]Flanagan J E. US 4141910,1979.
[53]Simmons R L. US 4450110,1984.
[54]Flanagan J E,Wilson E R,Frankel M B. US 5013856,1991.
[55]Yang J,Zhang X,Gao P,Gong X,Wang G. RSC Adv.,2014,4:41934.
[56]Yang J,Gong X,Wang G. Comput. Mater. Sci.,2015,102:1.
[57]齐晓飞(Qi X F),闫宁(Yan N),严启龙(Yan Q L),李宏岩(Li H Y).火炸药学报(Chinese Journal of Explosives and Propellans),2017,40(06):101.
[58]姬月萍(Ji Y P),兰英(Lan Y),李普瑞(Li P R),汪伟(Wang W),丁峰(Ding F),刘亚静(Liu Y J).火炸药学报(Chinese Journal of Explosives and Propellans),2008,31(3):44.
[59]高福磊(Gao F L),姬月萍(Ji Y P),汪伟(Wang W),刘卫孝(Liu W X),陈斌(Chen B),刘亚静(Liu Y J),丁峰(Ding F).火炸药学报(Chinese Journal of Explosives and Propellans),2011,34(3):12.
[60]高福磊(Gao F L),姬月萍(Ji Y P),刘卫孝(Liu W X),丁峰(Ding F),兰英(Lan Y).化学推进剂与高分子材料(Chemical Propellants and Polymeric Materials),2014,12(06):79.
[61]刘卫孝(Liu W X),姬月萍(Ji Y P),汪伟(Wang W),高福磊(Gao F L),汪营磊(Wang Y L),陈斌(Chen B),丁峰(Ding F),刘亚静(Liu Y J).火炸药学报(Chinese Journal of Explosives and Propellans),2016,39(02):72.
[62]Gao F L,Ji Y P,Liu W X,Wang Y L,Chen B,Liu Y J,Ding F. Chin. J. Energ. Mater.,2015,23(3):302.
[63]施明达(Shi M D).火炸药(Explosives and Propellans),1992,(04):24.
[64]Klaptke T M,Krumm B,Steemann F X. Propell. Explos.Pyrot.,2009,34:13.
[65]Il’yasov S G,Danilova E O. Propell. Explos. Pyrot.,2012,37:427.
[66]党智敏(Dang Z M),赵凤起(Zhao F Q),李上文(Li S W),阴翠梅(Yin C M),屠德民(Tu D M).西安交通大学学报(Journal of Xi’an Jiaotong University),2000,(01):88.
[67]Dang Z,Zhao F,Li S. J. Energ. Mater.,2000,18:29.
[68]Dang Z,Zhao F,Li S,Yin C,Hu R. J. Therm. Anal. Calorim.,2000,61:771.
[69]张志忠(Zhang Z Z),王伯周(Wang B Z),石尊常(Shi Z C),姬月萍(Ji Y P),刘愆(Liu Q),朱春华(Zhu C H).火炸药学报(Chinese Journal of Explosives and Propellans),2003,26(2):3.
[70]Gao F,Wang Y,Ji Y,Liu W,Chen B,Wang W. IOP Conf.Ser.:Mater. Sci. Eng.,2017,269:012057.
[71]Koppes W M,Chaykovsky M. US 5276171,1994.
[72]Prakash G K S,Bae C,Kroll M,Olah G A. J. Fluorine Chem.,2002,117:103.
[73]Archibald T G,Manser G E,Immoos John E. US 5420311,1995.
[74]Archibald T G,Manser G E. US 5789617,1998.
[75]张明权(Zhang M Q),刘红雨(Liu H Y),韦兴存(Wei X C),张磊(Zhang L),康玲(Kang L).化学推进剂与高分子材料(Chemical Propellants and Polymeric Materials),2017,15(1):45.
[76]徐若千(Xu R Q),姬月萍(Ji Y P),丁峰(Ding F),汪伟(Wang W),兰英(Lan Y),刘亚静(Liu Y J).含能材料(Chinese Journal of Energetic Materials),2009,17(6):681.
[77]李娜(Li N),熊贤锋(Xiong X F),莫洪昌(Mo H C),卢先明(Lu X M),刘亚静(Liu Y J).固体火箭技术(Journal of Solid Rocket Technology),2013,36(2):234.
[78]王晓(Wang X),罗运军(Luo Y J),柴春鹏(Cai C P).火炸药学报(Chinese Journal of Explosives and Propellans),2010,33(6):57.
[79]Huang T,Jin B,Peng R F,Chu S J. Int. J. Polym. Anal.Charact.,2014,19:522.
[80]Asghar B,Mansour S. Propell. Explos. Pyrot.,2018,43:364.