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微 纳 米 含 能 材 料 研 究 进 展                                                                            1067

           [14] Bayat Y,Zarandi M,Zarei M A,et al. A novel approach for  [J]. 弹道学报,2003,15(3):11-13,18.
                preparation of CL‐20 nanoparticles by microemulsion method  CHEN Hou‐he,MA Hui‐hua,PEI Yan‐min,et al. The prepar‐
                [J]. Journal of Molecular Liquids,2014,193(5):83-86.  ing technology and mechanical sensitivity of nanometer RDX
           [15] 曾贵玉,聂福德,赵林,等 . 一种微纳米 TATB 炸药颗粒的制备                   [J]. Journal of ballistics,2003,15(3):11-13,18.
                方法:CN 102924192[P],2013.                        [27] Klaumünzer M,Pessina F,Spitzer D. Indicating inconsistency
                ZENG Gui‐yu, NIEFu‐de, ZHAO Lin, et al. A preparation  of desensitizing high explosives against impact through recrys‐
                method  of  micro‐nano  TATB  explosive  particles:  tallization at the nanoscale[J]. Journal of Energetic Materials,
                CN102924192A[P],2013.                                2017,35(4):375-384.
           [16] 王保国,张景林,陈亚芳 . 亚微米级 TATB 的制备工艺条件对其               [28] Kim J W,Shin M S,Kim J K,et al. Evaporation crystallization
                粒径的影响[J]. 火炸药学报,2008,31(1):30-33.                    of RDX by ultrasonic spray[J]. Industrial and Engineering
                WANG Bao‐guo,ZHANG Jing‐lin,CHEN Ya‐fang. Effect of  Chemistry,2011,50(21):12186-12193.
                preparation technological condition on particle size of sub‐mi‐  [29] Radacsi N,Stankiewicz A I,Horst J H T. Cold plasma synthe‐
                cron TATB[J]. Chinese Journal of Explosives and Propellants,  sis of high quality organic nanoparticles at atmospheric pres‐
                2008,31(1):30-33.                                    sure[J]. Journal of Nanoparticle Research, 2013, 15(2):
           [17] 王晶禹,黄浩,王培勇,等 . 高纯纳米 HNS 的制备与表征[J]. 含                 1445.
                能材料,2008,16(3):258-261.                         [30] Risse B,Schnell F,Spitzer D. Synthesis and desensitization of
                WANG Jing‐yu,HUANG Hao,WANG Pei‐yong,et al. Prepa‐   nano‐beta‐HMX [J]. Propellants, Explosives, Pyrotechnics,
                ration and characterization of high purity nano HNS[J]. Chi⁃  2014,39(3):397-401.
                nese Journal of Energetic Materials(Hanneng Cailiao),2008,  [31] Hotchkiss P J,Wixom R R,Tappan A S,et al. Nanoparticle tri‐
                16(3):258-261.                                       aminotrinitrobenzene fabricated by carbon dioxide assisted
           [18] 尚雁,叶志虎,王友兵,等 .HNS‐Ⅳ的制备及粒径、形貌控制[J].                   nebulization with a bubble dryer[J]. Propellants,Explosives,
                含能材料,2011,19(3):299-304.                             Pyrotechnics,2014,39(3):402-406.
                SHANG Yan,YE Zhi‐hu,WANG You‐bing,et al. Preparation,  [32] Qiu H,Stepanov V,Di S A,et al. RDX‐based nanocomposite
                particle size and crystal control of HNS‐IV[J]. Chinese Journal  microparticles for significantly reduced shock sensitivity[J].
                of Energetic Materials(Hanneng Cailiao), 2011, 19(3):  Journal of Hazardous Materials,2011,185(1):489-493.
                299-304.                                        [33] Stepanov V,Qiu,H,Di S A,et al. Preparation and properties
           [19] Quinlin W T,Thorpe R,Sproul M L,Cates D M. Continuous  of nanostructured RDX/polymr compositions[C]//International
                aspiration process for manufacture of ultra‐fine particle hexani‐  Annual Conference of ICT,2010,stepa1/1‐stepa1/6.
                trostilbene:US6844473[P],2005.                  [34] Pessina F,Schnell F,Spitzer D. Tunable continuous produc‐
           [20] Lashkov V N,Egorycheva E N. Precipitation method for ob‐  tion of RDX from microns to nanoscale using polymeric addi‐
                taining  ultrafine  hexanitrostilbene  explosive: RU2337902  tives[J]. Chemical Engineering Journal,2016,291:12-19.
                [P],2008                                        [35] Stepanov V, Qiu, H, Surapaneni A. Production of novel
           [21] 晏蜜,刘玉存,宋思维,等 . 超细 HNS/ANPZO 混晶炸药的制备                  CL‐20‐based compositions by spray drying[C]//International
                和性能研究[J]. 科学技术与工程,2017,17(4):208-212.                Annual Conference of ICT. 2011:110/1-110/6.
                YAN Mi,LIU Yu‐cun,SONG Si‐wei,et al. Preparation and  [36] Stepanov V,Anglade V,Balas Hummers W A,et al. Produc‐
                characterization of superfine HNS/ANPZO mischcrystal explo‐  tion and sensitivity evaluation of nanocrystalline RDX‐based
                sive[J]. Science and Technology and Engineering,2017,17  explosive compositions[J]. Propellants,Explosives,Pyrotech⁃
                (4):208-212.                                         nics,2011,36(3):240-246.
           [22] 王 平 ,刘 永 刚 ,张 娟 ,等 . 超 细 HNS/HMX 混 晶 的 制 备 与 性 能  [37] Stepanov V,Krasnoperov L N,Elkina I B,et al. Production of
                [J]. 含能材料,2009,17(2):187-189.                        nanocrystalline RDX by rapid expansion of supercritical solu‐
                WANG Ping,LIU Yong‐gang,ZHANG Juan,et al. Prepara‐   tions[J]. Propellants,Explosives,Pyrotechnics,2005,30(3):
                tion and performance of HNS/HMX superfine mischcrystal[J].  178-183.
                Chinese Journal of Energetic Materials(Hanneng Cailiao),  [38] Matsunaga T,Chernyshev A V,Chesnokov E N,et al. In situ
                2009,17(2):187-189.                                  optical monitoring of RDX nanoparticles formation during rap‐
           [23] Qiu H,Stepanov V,Di S A,et al. RDX‐based nanocomposite  id expansion of supercritical CO 2 solutions[J]. Physical Chem⁃
                microparticles for significantly reduced shock sensitivity[J].  istry Chemical Physics,2007,9(38):5249-5259.
                Journal of Hazardous Materials,2011,185(1):489-493.  [39] Stepanov V,Anglade V,Balas W,et al. Processing and char‐
           [24] 陈厚和,孟庆刚,曹虎,等 . 纳米 RDX 粉体的制备与撞击感度                     acterization of nanocrystalline RDX[J]. Inventi Impact Pharm
                [J]. 爆炸与冲击,2004,24(4):382-384.                       Analysis and Quality Assurance,2008(1):54/1‐54/15.
                CHEN Hou‐he,MENG Qing‐gang,CAO Hu,et al. Prepara‐  [40] 陈亚芳,王保国,张景林,等 . 超临界流体反溶剂法制备超细
                tion and impact sensitivity of nanometer explosive powder of  HMX 传爆药[J]. 火炸药学报,2011,34(5):46-49.
                RDX [J]. Explosion and Shock Waves, 2004, 24 (4) :   CHEN Ya‐fang,WANG Bao‐guo,ZHANG Jing‐lin,et al. Prep‐
                382-384.                                             aration of ultra‐fine boostere explosive based on HMX by su‐
           [25] 马慧华 . 纳米 RDX 的制备与性能研究[D]. 南京:南京理工大                   percritical anti‐solvent technique[J]. Chinese Journal of Explo⁃
                学,2004.                                              sives and Propellants,2011,34(5):46-49.
                MA Hui‐hua. Preparation and properties of nano RDX[D].  [41] 高振明,蔡建国,龙宝玉,等 . 超临界 CO 2 法制备超细 HMX 颗
                Nanjing:Nanjing University of Science and Technology,2004  粒[J]. 火炸药学报,2008,31(4):22-26.
           [26] 陈厚和,马慧华,裴艳敏,等 . 纳米黑索今的制备及其机械感度                       GAO Zhen‐ming,CAI Jian‐guo,LONG Bao‐yu,et al. Prepara‐

            CHINESE JOURNAL OF ENERGETIC MATERIALS              含能材料              2018 年  第 26 卷  第 12 期 (1061-1073)
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