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微 纳 米 含 能 材 料 研 究 进 展 1071
using the technology of high‐speed impinging streams[J]. Chi⁃ [128]Long Y,Chen J. Systematic study of the reaction kinetics for
nese Journal of Explosives and Propellants,2001(1):52-54. HMX[J]. The Journal of Physical Chemistry A,2015,119
[114]Huang B,Qiao Z,Nie F,et al. Fabrication of FOX‐7 qua‐ (18):4073-4082.
si‐three‐dimensional grids of one‐dimensional nanostructures [129]Labarbera D A,Zikry M A. Heterogeneous thermo‐mechanical
via a spray freeze‐drying technique and size‐dependence of behavior and hot spot formation in RDX‐Estane energetic ag‐
thermal properties[J]. Journal of Hazardous Materials,2010, gregates[J]. International Journal of Solids and Structures,
184(1‐3):561-566. 2015,62:91-103.
[115]Wuillaume A,Beaucamp A,David‐Quillot F,et al. Formula‐ [130]Labarbera D A,Zikry M A. Dynamic fracture and local failure
tion and characterizations of nanoenergetic compositions with mechanisms in heterogeneous RDX‐Estane energetic aggregates
improved safety[J]. Propellants, Explosives, Pyrotechnics, [J]. Journal of Materials Science,2015,50(16):5549-5561.
2014,39(3):390-396. [131]Fathollahi M,Mohammadi B,Mohammadi J. Kinetic investi‐
[116]Brill T B,Tappan B C,Li J. Synthesis and characterization of gation on thermal decomposition of hexahydro‐1,3,5‐trini‐
nanocrystalline oxidizer/monopropellant formulations[J]. Ma⁃ tro‐1,3,5‐triazine(RDX) nanoparticles[J]. Fuel,2013,104
terials Resarch Society Symposium Proceedings,2003,800: (9):95-100.
47-54. [132]邵颖惠,刘文亮,张冬梅,等 . 全浸式真空安定性法研究固态
[117]Li J, Thomas B B. Nanostructured energetic composites of HMX 的热分解动力学[J]. 火炸药学报,2012,35(4):33-36.
CL‐20 and binders synthesized by sol gel methods[J]. Propel⁃ SHAO Ying‐hui,LIU Wen‐liang,ZHANG Dong‐mei,et al.
lants,Explosives,Pyrotechnics,2010,31(1):61-69. Study on thermal decomposition kinetics of solid HMX by con‐
[118]Bosma J C,Vonk P,Wesselingh J,et al. Which shape factor tinuous gasometric method[J]. Chinese Journal of Explosives
(s)best describe granules[J]. Powder Technology,2004,146 and Propellants,2012,35(4):33-36.
(1):66-72. [133]Liu R,Zhou Z,Yin Y,et al. Dynamic vacuum stability test
[119]Cox E P.A Method of assigning numerical and percentage val‐ method and investigation on vacuum thermal decomposition
ues to the degree of roundness of sand grains[J]. Journal of Pa⁃ of HMX and CL‐20[J]. Thermochimica Acta,2012,537(3):
leontology,1927,1(3):179-183. 13-19.
[120]徐瑞娟,康彬,黄辉,等 .HMX 晶体颗粒球形度的定量表征[J]. [134]刘 芮 ,尹 艳 丽 ,张 同 来 ,等 . 动 态 真 空 安 定 性 试 验 方 法 研 究
含能材料,2006,12(4):280-282. (Ⅳ):HMX 的热分解[J]. 含能材料,2011,19(6):650-655.
XU Rui‐juan,KANG Bin,HUANG Hui,et al. Quantitative LIU Rui,YIN Yan‐li,ZHANG Tong‐lai,et al. Dynamic vacu‐
characterization of HMX particle sphericity[J]. Chinese Jour⁃ um stability test(DVST)method(IV):thermal decomposition
nal of Energetic Materials(Hanneng Cailiao),2006,12(4): of HMX[J]. Chinese Journal of Energetic Materials(Hanneng
280-282. Cailiao),2011,19(6):650-655.
[121]Bowden F P,Yoffe Y D. Initiation and growth of explosion in [135]尹艳丽,杨利,胡晓春,等 . 动态真空安定性试验(DVST)方法
liquids and solids[M]. Cambridge University Press, Cam‐ 研 究(Ⅱ):RDX 的 热 分 解[J]. 含 能 材 料 ,2010,18(4):
bridge,1952. 387-392.
[122]吕春玲 . 主体炸药粒度及粒度级配与炸药冲击波感度和能量输 YIN Yan‐li,YANG Li,HU Xiao‐chun,et al. Dynamic vacuum
出的实验与理论研究[D]. 太原:华北工学院,2001. stability test(DVST)method(Ⅱ):thermal decomposition of
LÜ Chun‐ling. Experimental and theoretical study on particle RDX[J]. Chinese Journal of Energetic Materials(Hanneng Cail⁃
size and size gradation of main explosives and shock wave iao),,2010,18(4):387-392.
sensitivity and energy output of explosives[D]. Taiyuan: [136]刘杰,戎园波,靳承苏,等 . 基于临界电子激发能研究硝胺炸药
North China Institute of technology,2001. 纳 米 化 降 感 机 理[J]. 中 国 材 料 进 展 ,2017,36(6):420 -
[123]Khasainov B A,Borisov A A,Ermolaev B S,et al. Two‐phase 424,441.
visco‐plastic model of shock initiation of detonation in high LIU Jie,RONG Yuan‐bo,JIN Cheng‐su,et al. Mechanism re‐
density pressed explosives[C]//Seventh Symposium (Interna‐ search for reducing sensitivity of nitramine explosive particles
tional)on Detonation. 1981. by nanocrystallization based on critical electronic excitation
[124]Zeman S,Yan Q L,Gozin M,Zhao F Q,Akštein Z. Thermal energy[J]. Materials China,2017,36(6):420-424,441.
behavior of 1,3,5‐trinitroso‐1,3,5‐triazinane and its melt‐cast‐ [137]Liu J,Ke X,Hao G,et al. Intuitionistic study on the critical de‐
able mixtures with cyclic nitramines[J]. Thermochimica Acta, composition energy of ammonium perchlorate by SEM[J]. RSC
2015,615:51-60. Advances,2017,7(79):50121-50126.
[125]Yoh J,Kim Y,Kim B,et al. Characterization of aluminized [138]Dehm H C. Compositemodified double‐base propellantwith
RDX for chemical propulsion[J]. International Journal of Aero⁃ filler bonding agent:US 4038115 A[P],1977.
nautical and Space Sciences,2015,16(3):418-424. [139]焦清介,李江存,任慧,等 . RDX 粒度对改性双基推进剂性能影
[126]Yehya F,Chaudhary A K,Srinivas D,et al. Study of thermal 响[J]. 含能材料,2007,15(3):220-223.
decomposition mechanisms and low‐level detection of explo‐ JIAO Qing‐Jie,LI Jiang‐cun,REN Hui,et al. Effect of RDX par‐
sives using pulsed photoacoustic technique[J]. Applied Phys⁃ ticle size on properties of CMDB propellants[J]. Chinese Jour⁃
ics B,2015,121(2):193-202. nal of Energetic Materials(Hanneng Cailiao),2007,15(3):
[127]Yang Z,Ding L,Wu P,et al. Fabrication of RDX,HMX and 220-223.
CL‐20 based microcapsules via in situ polymerization of [140]王军,谯志强,杨光成,等 . 以纳米粒子增强力学性能的高聚物
melamine‐formaldehyde resins with reduced sensitivity[J]. 粘接炸药及其制备方法:CN104649850[P],2015.
Chemical Engineering Journal,2015,268:60-66. WANG Jun, QIAO Zhi‐qiang, YANG Guang‐cheng, et al.
CHINESE JOURNAL OF ENERGETIC MATERIALS 含能材料 2018 年 第 26 卷 第 12 期 (1061-1073)