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微 纳 米 含 能 材 料 研 究 进 展                                                                            1069

           [65] Radacsi N,Stankiewicz A I,Creyghton Y L M,et al. Electro‐  plosive Materials,2004,33(5):32-35.
                spray crystallization for high‐quality submicron‐sized crystals  [79] Gerber P,Zilly B,Teipel U. Fine grinding of explosives[C]//
                [J]. Chemical Engineering and Technology,2011,34(4):  International Annual Conference of ICT,1998:71.1-71.12.
                624-630.                                        [80] 雷波,史春红,马友林,等 . 超细 HNS 的制备和性能研究[J]. 含
           [66] 李梦尧 . 微纳米 CL‐20/NC 的静电射流法制备[D]. 北京:北京理               能材料,2008,16(2):138-141.
                工大学,2016.                                            LEI Bo,SHI Chun‐hong,MA You‐lin,et al. Preparation and
                LI Meng‐yao.Fabrication of nano and micro particulates CL‐20/  characterization of ultrafine HNS[J]. Chinese Journal of Ener⁃
                NC by electrospinning and electrospray methods[D]. Beijing:  getic Materials(Hanneng Cailiao),2008,16(2):138-141.
                Beijing Institute of Technology,2016.           [81] Teipel U,Mikonsaari I. Size reduction of particulate materials
           [67] 徐文峥,庞兆迎,王晶禹,等 . 超声辅助喷雾法制备超细高品质                      [J]. Chemie Ingenieur Technik,2002,27(3):168-174.
                HMX 及其晶型控制[J]. 含能材料,2018,26(3):260-266.         [82] Somoza C. Ultrasonic grinding of explosives:US5035363[P],
                XU Wen‐zheng,PANG Zhao‐ying,WANG Jing‐yu,et al. Ul‐  1991.
                trafine high quality HMX prepared by ultrasonic assisted spray  [83] 王平,秦德新,辛芳,等 . 超声波在超细炸药制备中的应用[J].
                method and its crystal type control[J]. Chinese Journal of Ener⁃  含能材料,2003,11(2):107-109.
                getic Materials(Hanneng Cailiao),2018,26(3):260-266.  WANG Ping,QIN De‐xin,XIN Fang,et al. Applications of ul‐
           [68] 徐 文 峥 ,平 超 ,王 晶 禹 ,等 . 两 种 喷 雾 结 晶 法 制 备 超 细 CL‐20   trasonic technique in the preparation of ultrafine explosives[J].
                [J]. 固体火箭技术,2018,41(2):1-5.                          Chinese Journal of Energetic Materials(Hanneng Cailiao),
                XU Wen‐zheng,PING Chao,WANG Jing‐yu,et al. Ultrafine  2003,11(2):107-109.
                CL‐20 prepared by two kinds of spraying crystallization method  [84] 张小宁,徐更光,王廷增 . 高速撞击流制备超细硝胺炸药的实验
                [J]. Journal of Solid Rocket Technology,2018,41(2):1-5.  研究[J]. 含能材料,1999,7(3):97-99.
           [69] Redner P,Kapoor D,Patel R,Chung M,Martin D. Produc‐  ZHANG Xiao‐ning, XU Geng‐guang, WANG Ting‐zeng. A
                tion and characterization of nano‐RDX[R]. 2006.      study on preparation of ultra‐fine nitroamine explosives by us‐
           [70] Rossmann C,Heintz T,Herrmann M,et al. Production of ul‐  ing high‐speed impinging stream[J]. Chinese Journal of Ener⁃
                trafine explosive particles in non‐aqueous systems by bead  getic Materials(Hanneng Cailiao),1999,7(3):97-99.
                milling technology[C]// International Annual Conference of  [85] 张 小 宁 ,徐 更 光 ,王 廷 增 . 高 速 撞 击 流 粉 碎 制 备 超 细 HMX 和
                ICT. 2013:74/1-74/11.                                RDX 的研究[J]. 北京理工大学学报,1999,19(5):120-124.
           [71] Aumelas A,Lescop P. Process of obtaining crystal charges of  ZHANG Xiao‐ning,XU Geng‐guang,WANG Ting‐zeng. Prep‐
                hexanitrohexaazaisowurtzitane(CL‐20)of submicronic mono‐  aration of ultra‐fine explosive HMX and RDX using high‐speed
                modal particle size distribution:FR3018807[P],2015   impinging streams[J]. Journal of Beijing Institute of Technolo⁃
           [72] 焦清介,张朴,郭学永,等 . 一种超细 CL‐20 的制备装置及制备                   gy,1999,19(5):120-124.
                方法:CN103506194[P],2014.                         [86] 张小宁,王卫民,徐更光 . 高速撞击流技术制备炸药超细微粉的
                JIAO Qing‐jie,ZHANG Pu,GUO Xue‐yong,et al. A prepara‐  研究[J]. 火炸药学报,1999(3):2-4.
                tion device and preparation method of ultrafine CL‐20:  ZHANG Xiao‐ning,WANG Wei‐min,XU Geng‐guang. Study
                CN103506194[P],2014.                                 on the preparation of ultrafine particle of explosive using the
           [73] 宋小兰,王毅,刘丽霞,等 . 机械球磨法制备纳米 TATB 及其表                    technology of high‐speed impinging streams[J]. Chinese Jour⁃
                征[J]. 固体火箭技术,2017,40(4):471-475.                     nal of Explosives and Propellants,1999(3):2-4.
                SONG Xiao‐lan,WANG Yi,LIU Li‐xia,et al. Preparation and  [87] 张小宁,徐更光,何得昌,等 . 纳米级奥克托今超微颗粒制备技
                characterization of nanometer TATB by mechanical ball mill‐  术研究[J]. 兵工学报,2002,23(4):472-475.
                ing [J]. Journal of Solid Rocket Technology,2017,40(4):  ZHANG Xiao‐ning,XU Geng‐guang,HE De‐chang,et al. A
                471-475.                                             study on the preparation technology of nanometer ultra‐fine
           [74] 宋小兰,王毅,刘丽霞,等 . 机械球磨法制备纳米 HNS 及其热分                    HMX particle[J]. Acta Armamentarii,2002,23(4):472-475.
                解性能[J]. 含能材料,2016,24(12):1188-1192.             [88] 陶鹏,何得昌,徐更光 . 高速撞击流技术制备超细 RDX 的研究
                SONG Xiao‐lan,WANG Yi,LIU Li‐xia,et al.Thermal decom‐  [J]. 火工品,2004(4):23-25,30
                position performance of nano HNS fabricated by mechanical  TAO Peng,HE De‐chang,XU Geng‐guang. Study on the prep‐
                ball milling[J]. Chinese Journal of Energetic Materials(Han⁃  aration of ultrafine RDX using the technology of high‐speed‐
                neng Cailiao),2016,24(12):1188-1192.                 impinging streams[J]. Initiators and Pyrotechnics,2004(4):
           [75] Patel R B,Qiu H,Stepanov V,et al. Single‐step production  23-25,30.
                method for nano‐sized energetic cocrystals by bead milling  [89] 何得昌,周霖,徐军培 . 纳米级 RDX 颗粒的制备[J]. 含能材料,
                and products:US9701592[P],2017.                      2006,14(2):142-143,150.
           [76] Patel R B,Qiu H,Stepanov V,et al. Single‐step production  HE De‐chang,ZHOU Lin,XU Jun‐pei. Preparation of nano‐
                method for nano‐sized energetic cocrystals by bead milling  meter RDX particles[J]. Chinese Journal of Energetic Materials
                and products thereof:US9701592 B1[P],2017.          (Hanneng Cailiao),2006,14(2):142-143,150.
           [77] Patel R B,Stepanov V,Surapaneni A,et al. Bead milled spray  [90] 何得昌,周霖,陈潜 . 分散剂在超细 HMX 制备中的应用[J]. 火
                dried nano‐explosives:US9682895[P],2017.             工品,2005(1):33-34,1.
           [78] 刘宏英,邓国栋,杨毅,等 . 采用 LS 型超细粉碎机对几种单质炸                    HE De‐chang,ZHOU Lin,CHEN Qian. Application of disper‐
                药超细化研究[J]. 爆破器材,2004,33(5):32-35.                    sant on the preparation of nano‐scale HMX[J]. Initiators and
                LIU Hong‐ying,DENG Guo‐dong,YANG Yi,et al. Study on  Pyrotechnics,2005(1):33-34,1.
                the superfine of explosive by LS superfine pulverizers[J]. Ex⁃  [91] 何得昌,陈潜,谭崝 . 撞击流法制备超细 HMX 中撞击压力和次


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