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介绍了常用的冲击波加载技术及其在材料研究中应用的现状,并对其进一步发展进行了探讨.

参考文献

[1] D.Bancroft,E.Peterson,S.Minshall,Polymorphism of iron at high pressure,Journal of Applied Physics.,27(3),291(1956)
[2] A.B.Sawaoka,T.Akashi,Very high pressure sintering of shock synthesized wurtzite type boron nitride powders.In:R.A.Graham,A.B.Sawaok,High Pressure Explosive Pro-ceedings of Ceramics,(Traps.Tech.Publ.,1987) p.119
[3] Yu.M.Riabininm,Certain experiments on dynamic com-pression of substances,Soviet Phys.Tech.,Phys.,1,2575(1956)
[4] YANG Shiyuan,JIN Xiaogang,DONG Yubin,CHEN Qifeng,WANG Jisheng,Recover device of samples treated under high-pressure by quasi-spherical shock wave load-ing,Explosion and Shock Waves,21(2),38(2001)(杨世源,金孝刚,董玉斌,陈其丰,王基生,准球面冲击波高压回收装置的研究,爆炸与冲击,21(2),38(2001))
[5] N.Naresh,Thadhani,Shock-induced chemical reactions and synthesis of materials,Progress in Materials Science.,37,117(1993)
[6] J.G.Bednorz,K.A.Muller,Possible high-Tc superconduc-tors in the Ba-La-Cu-O system,Z.Phys.,B64,189(1986)
[7] B.Morcein,R.A.Graham,E.L.Venturini,D.S.Ginley,W.F.Hammetter,Shock Waves in Condensed Matter-1987,edited by S.C.Schmidt and N.C.Holmes,(Elsevier,Amsterdam,1988)p.439
[8] Z.Iqbal,Superconducting properties and microetructure of shock synthesized high-T《,c》 cuprates,in:Progress Of 2nd World Congress on Superconductivity (Houston,Texas,1990)
[9] Z.Iqbal,N.N.Thadhani,Shock Waves and High Strain Rate Phenomena in MateriaLs,edited by M.A.,Meyers,L.E.Mutt,K.P.Staudhammer,(Marcel Dekker,1991) p.821
[10] Y.Horie,D.E.P.Hoy,I.Simonsen,R.A.Graham,B.Morosin,Shock-wave synthesis of titanium alu-minides,in:Shock Waves in Condensed Matter,edited by Y.H.Gupta (New York,Plenum Press,1986) p.749
[11] L.H.Yu,M.A.Meyers,N.N.Thadhani,Reaction-assisted shock consolidation of RSR Ti-A1 alloys,J.Mat.Res.,5(2),302(1990)
[12] B.R.Krueger,T.Jr.Vreeland,Correlation of shock initiated and thermally initiated chemical reactions in a 1:1 atomic ratio nickel-silicon mixture,J.Appl.Phys.,70(10),5362(1991)
[13] L.H.Yu,M.A.Meyers,Shock-induced consolidation and synthesis of silicides,J.Matis.Sci.,26,601(1991)
[14] Kakoli Das,Amit Bandyopadhyay,Y.M.Gupta.Shock wave synthesis of titanium silicide (Ti《,5》Si《,3》)[A],in:Shock Compression of Condensed Matter,edited by M.D.Fnr-nish,Y.M.Gupta,J.W.Forbes,(Portland,Oregon:AIP Conference Proceedings 706,2003) p.1094
[15] LIAO Qilong,YANG Shiyuan,CAI Lingcang,ZHOU Dali,YIN Guangfu,ZHENG Changqiong,Synthesis of hydrox-yapatite powder by shock wave treatment method,Chi-nese Journal of High Pressure Physics,16(4),49(2002)(廖其龙,杨世源,蔡灵仓,周大利,尹光福,郑昌琼,用冲击波合成法制备羟基磷灰石粉体,高压物理学报,16(4),49(2002))
[16] LIU Jianjun,TAN Hua,XU Kang,HE Hongliang,Shock synthesis of zinc ferrite and its photocatalytic activity,Chinese Journal of High Pressure Physics,11(2),90(1997)(刘建军,谭华,徐康,贺红亮,纳米铁酸锌的冲击波合成及它的光催化活性,高压物理学报,11(2),90(1997))
[17] WANG Junxia,YANG Shiyuan,HE Hongliang,LIANG Xiaofeng,ZHANG Baoshu,LIU Wei,Structure and prop-erties of Pb(Zr《,0.95》Ti《,0.05》)O《,3》 powder synthesized by shock-wave technique,Journal of The Chinese Ceramic Society,33(6),18(2005)(王军霞,杨世源,贺红亮,梁晓峰,张宝述,刘伟,冲击波合成 Pb(Zr《,0.95》Ti0.05》)O《,3》粉体的结构和特性,硅酸盐学报,33(6),18(2005))
[18] JIA Ligal,XIONG Daiyu,Mechanism of titanium car-bide synthesis by shock-wave,Nonferrous Metals,53(4),1(2001)(贾丽改,熊代余,冲击波方法合成TiC机理的研究,有色金属,53(4),1(2001))
[19] YANG Shiynan,JIN Xiaogang,LI Jufen,WANG Junxia,Preparation of nanometer crystallite of TiO《,2》 by shock waves technology,Chinese Journal of Materials Research,19(2),189(2005)(杨世源,金孝刚,李菊芬,王军霞,利用冲击波技术制备TiO《,2》纳米晶,材料研究学报,19(2),189(2005))
[20] P.S.DeCarli,J.C.Jamieson,Formation of diamond by ex-plosive shock,Science,133,1821(1961)
[21] T.Sekine,He Hongliang,T.Kobayashi,Shock-induced transformation of β-Si《,3》N《,4》 to a high-pressure cubic-spinel phase,Applied Physics Letters,76,3706(2000)
[22] B.Morosin,E.L.Venturini,R.A.Graharn,High-pressure shock modification and synthesis of superconducting ce-ramic cxides,Synthetic Matals,33,185(1989)
[23] E.M.Kuznetsova,L.A.Reznichenko,O.N.Razumovskaya,Shockwave activation of high-temperature ferroelectric powders,Technical Physics Letters,26(9),767(2000)
[24] LIU Jianjun,YU Yingchun,LI Yingjun,HE Hongliang,TAN Hua,XU Kang,Shock activation of titanium oxide and its photocatalytic activity,Chinese Journal of High Pressure Physics,13(2),138(1999)(刘建军,于迎春,李英骏,贺红亮,谭华,徐康,TiO《,2》的冲击波活化及其光催化活性,高压物理学报,13(2),138(1999))
[25] LIAO Qilong,YANG Shiyuan,CAI Lingcang,ZHENG Changqiong,Shock-activating and sintering of hydrox-yapatite agglomerate,Chinese Journal of High Pressure Physics,17(3),9(2003)(廖其龙,杨世源,蔡灵仓,郑昌琼,羟基磷灰石团聚体的冲击波活化与烧结研究,高压物理学报,17(3),9(2003))
[26] LIU Li,HAN Junwan,Shock activation and modification of PZT 95/5 piezoceamics,Chinese Journal of High Pres-sure Physics,10(3),199(1996)(刘利,韩钧万,PZT-95/5压电陶瓷的冲击波活化改性研究,高压物理学报,10(3),199(1996))
[27] R.Ward,N.N.Thadhani,P.A.Persson,Shock compres-sion of high-performance ceramics,in:Metal and Ce-ramie Matrix Composites:Procession,Modelling and Me-chanical Behavior,edited by R.B.Bhagat,A.H.Clauer,P.Kumar,A.M.Ritter,(TMS,Warrendale,Pennsylvania,1990) p.193
[28] P.A.Persson,R.Ward,N.N.Thadhani,Shock-induced re-action synthesis (SRS) assisted compaction of ceramics,in:Shock Wave in Condensed Matter,edited by S.C.Schmidt and N.C.Holmes,(North-Holland Publishers,1990) p.539
[29] F.Grignon,D.Benson,K.S.Vecchio,M.A.Meyers,Explo-sive welding of aluminum to aluminum:analysis,com-putations and experiments,in:Shock Compression of Condensed Matter,edited by M.D.Fnrnish,Y.M.Gupta,J.W.Forbes,(Portland,Oregon:AIP Conference Proceed-ings 706,2003) p.1098
[30] D.Meuken,E.P.Carton,Explosive welding and cladding,in:Shock Compression of Condensed Matter,edited by M.D.Fnrnish,Y.M.Gupta,J.W.Forbes,(Portland,Ore-gon:AIP Conference Proceedings 706,2003) p.1110
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