赵焕娟等：甲烷预混气螺旋爆轰的定量不稳定性研究 ·1531· 波胞格结构的研究.爆炸与冲击，2004,24(2)：158) onation in ducts.Prog Energy Combust Sci,2008,34(4):499 5]Wang C J,Xu S L.Numerical study on cellular detonation in a [10]Lee J H S.The Detonation Phenomenon.New York:Cambridge straight tube based on detailed chemical reaction model.Explos University Press,2008 Shock Waves,.2005,25(5):405 [11]Schwarez M,Shaw L.Signal Processing:Discrete Spectral Analy- (王昌建，徐胜利.直管内胞格爆轰的基元反应数值研究.爆 sis,Detection and Estimation.New York:MeGraw-Hill,1975. 炸与冲击，2005,25(5)：405) [12]Oppenheim A V,Schafer R W.Discrete-time Signal Processing. 6]Liu Y,Wu D,Wang J P.Structure of oblique detonation wave at 2nd Ed.Upper Saddle River:Prentice Hall,1999 low in flow Mach number.Explos Shock Wares,2015,35 (2): [13]Shepherd J E,Moen I O,Murray S B,et al.Analysis of the cel- 203 lular structure of detonations //21st Symposium (International) (刘岩，武丹，王健平.低马赫数下斜爆轰波的结构.爆炸与 on Combustion.Munich,1986:1649 冲击，2015,35(2)：203) [14]Shepherd JE.Detonation in gases.Proc Combust Inst,2009,32 Teng HH,Ng H D,Li K,et al.Evolution of cellular structures (1):83 on oblique detonation surfaces.Combust Flame,2015,162(2): [15]Zhao H,Lee J HS,Lee J,et al.Quantitative comparison of cel- 470 lular patterns of stable and unstable mixtures.Shock Waves, [8]Lee J J,Garinis D,Frost D L,et al.Two-dimensional autocorre- 2016,26(5):621 lation function analysis of smoked foil patterns.Shock Wares, [16]Kaneshige M,Shepherd J E.Detonation Database [DB/OL] 1995,5(3):169 California Institute of Technology.(1999903)2016-1- 9]Ciccarelli G,Dorofeev S.Flame acceleration and transition to det- 0].http://shepherd.caltech.edu/detn_db/html/db.pof赵焕娟等: 甲烷预混气螺旋爆轰的定量不稳定性研究 波胞格结构的研究． 爆炸与冲击，2004，24( 2) : 158) ［5］ Wang C J，Xu S L． Numerical study on cellular detonation in a straight tube based on detailed chemical reaction model． Explos Shock Waves，2005，25( 5) : 405 ( 王昌建，徐胜利． 直管内胞格爆轰的基元反应数值研究． 爆 炸与冲击，2005，25( 5) : 405) ［6］ Liu Y，Wu D，Wang J P． Structure of oblique detonation wave at low in flow Mach number． Explos Shock Waves，2015，35 ( 2) : 203 ( 刘岩，武丹，王健平． 低马赫数下斜爆轰波的结构． 爆炸与 冲击，2015，35( 2) : 203) ［7］ Teng H H，Ng H D，Li K，et al． Evolution of cellular structures on oblique detonation surfaces． Combust Flame，2015，162( 2) : 470 ［8］ Lee J J，Garinis D，Frost D L，et al． Two-dimensional autocorre￾lation function analysis of smoked foil patterns． Shock Waves， 1995，5( 3) : 169 ［9］ Ciccarelli G，Dorofeev S． Flame acceleration and transition to det￾onation in ducts． Prog Energy Combust Sci，2008，34( 4) : 499 ［10］ Lee J H S． The Detonation Phenomenon． New York: Cambridge University Press，2008 ［11］ Schwarez M，Shaw L． Signal Processing: Discrete Spectral Analy￾sis，Detection and Estimation． New York: McGraw-Hill，1975． ［12］ Oppenheim A V，Schafer Ｒ W． Discrete-time Signal Processing． 2nd Ed． Upper Saddle Ｒiver: Prentice Hall，1999 ［13］ Shepherd J E，Moen I O，Murray S B，et al． Analysis of the cel￾lular structure of detonations / / 21st Symposium ( International) on Combustion． Munich，1986: 1649 ［14］ Shepherd J E． Detonation in gases． Proc Combust Inst，2009，32 ( 1) : 83 ［15］ Zhao H，Lee J H S，Lee J，et al． Quantitative comparison of cel￾lular patterns of stable and unstable mixtures． Shock Waves， 2016，26( 5) : 621 ［16］ Kaneshige M，Shepherd J E． Detonation Database ［DB /OL］． California Institute of Technology． ( 1999--09--03) ［2016--01-- 05］． http: / /shepherd． caltech． edu /detn_db /html /db． pdf ·1531·