欢迎登录材料期刊网

材料期刊网

高级检索

基于推广的QCD向量介子为主的模型(QCD-VMD)和具有QCD特征的程函近似,研究了光子-光子的相互作用。与通常用费曼盒子图计算光子-光子的相互作用不同,采用QCD理论揭示了光子-光子的相互作用过程,认为光子-光子的弹性散射是通过两个散射的光子所涨落成的两个夸克-反夸克对之间的强相互作用而进行的。由于强相互作用的传播子是带色的胶子和胶子的自相互作用的性质,交换的胶子可以形成无色的胶子球,无色的张量胶子球(两个雷其化的胶子束缚态)和Odderon(三个雷其化的胶子束缚态),可以是两个夸克-反夸克对之间的作用的媒介子,这个机制非常不同于其他理论描述,特别是考虑了由虚胶子(束缚夸克和反夸克形成的涨落介子)的贡献。计算了总截面σtot,微分截面dσ/dt,向前散射振幅实部与虚部的比率ρ和γγ弹性散射的核斜率参数函数β。在实验误差的范围内,对总截面σtot的理论预言和实验数据是一致的,但急需dσ/dt,ρ和β的实验数据来检验本理论模型。

参考文献

[1] BERSKIN V I, GUREVICH A V, ISTOMIN Y N. Physics ofthe Pulsar Magnetosphere [M]. Cambridge: Cambridge Uni-versity Press, 1993,189.
[2] CURTIS M F. Rev Mod Phys, 1982,54: 1.
[3] MARKLUND M, SHUKLA P K. Rev Mod Phys, 2006,78(2): 591.
[4] BULANOV S V,ESIRKEPOV T,TAJIMA T. Phys RevLett, 2003, 91: 085001..
[5] SHOROKHOV O,PUKHOV A, KOSTYUKOV I. PhysRev Lett, 2003,91: 265002.
[6] MA Weixing, LIU Longchang, ZHOU Lijuan, et al. NudearPhysics Review, 2001,18(4): 300.
[7] JAROSZEWICZ T. ActaPhys Polon B, 1980,11: 965.
[8] BARTELS J, LI-PATOV L N,VACCA G P. Phys Lett B,2000,477: 178.
[9] HATTA Y, IANCU E, ITAKURA K,etal. Nucl Phys A,2005,760: 172.
[10] ZHOU Lijuan, LIU Baorong, MA Weixing. Commun TheorPhys, 2007, 48: 519.
[11] ZHOU Lijuan, WU Qing,MA Weix-ing, et al. Commun Theor Phys, 2006,46: 287.
[12] LIU L C?MA Weixing. J Phys G,2000,26: L59.
[13] LIU L C. Phys LettB,2002,529: 65.
[14] KARPLUS R,NEUMANN M. Phys Rev, 1950,80: 380.
[15] KARPLUS R,NEUMANN M. Phys Rev, 1951,83; 776.
[16] BERESTETSKII V B, LIFSHTZ E M, PITAEVSKII L P.Relativistic Quantum Theory[M], Oxford: Pergamon Press,1974, 28.
[17] HEISENBERG W, EULER H. Z Phys, 1936,98: 714.
[18] BRODING,MARKLUND M,STENFLOL. Phys Rev Lett,2001,87: 171801.
[19] KANDA N. arXiv: 1106. 0592vl [hep-ph], 3 Jun. 2011.
[20] ERIKSSON D, MARKLUND G M,STENFLO L. Phys RevA,2004, 70: 013808.
[21] DING Y J,KAPLAN A E,NONLINEAR J. Opt Phys Ma-ter, 1992,1: 51.
[22] ERIKSSON D, BROPDIN G, MARK-LUND M, etal. Phys Rev A,2004, 70 : 013808.
[23] KAPLANA E,DING Y J. Phys Rev A, 2000,62: 043805.
[24] ADLER S L,Ann Phys, 1971, 67: 599.
[25] JARLS-KOG G. Phys Rev D,1973,8; 3813.
[26] PAN Jihuan, MA Weixing, GU .Yunting, et al. CommunTheor Phys, 2009,52 (1): 108.
[27] LU Juan, ZHOU Lijuan.Chinese Physics C,2009,33: 1.
[28] LU Juan, ZHOU Lijuan.Chinese Physics C,2010,34: 465.
[29] LU Juan, ZHOU Lijuan*MA Weixing, HE Xiaorong. Commun Theor Phys, 2008,49(1): 207.
[30] GRIBOV V N. Sov Phys JETP, 1970,30: 709.
[31] WU Qing, ZHOU Lijun, MA Weixing. Nuclear Physics Re-view, 2008,25(2) : 97.
[32] KAIDALOV A B,SIMONOV Y A.arXiv: hep-ph /0512151vl,12 Dec,2005.
[33] LU Juan, ZHOULijuan-MA Weixing, et al. Commun Theor Phys, 2008, 49(1): 207.
[34] HU Zhaohui, ZHOU Lijuan, MA Weixing. Com-mun Theor Phys, 2008,49(3): 729.
[35] MA Weixing, HU Zha-ohui,ZHOU Lijuan. Commun Theor Phys, 2005,43(3):504.
[36] MA Weixing,LIU Longchang, ZHOU Lijuan, et al. NuclearPhysics Review, 2001,18(4) : 301.
[37] MA Weixing, THOMASA W, SHEN Pengnian? etal. Commun Theor Phys, 2001,36(5): 577.
[38] MA Weixing, LIU Longchang. High Energy Phys-ics and Nuclear Physics, 2002,26(4): 309.
[39] ZHOU Lijuan,MA Weixing. High Energy Physics and Nuclear Physics,2003, 27: 857 .
[40] 卢娟,周丽娟,朱基珍,等.原子核物理评论,2002,19(3):316.
[41] ZHOU Lijuan, LIU Baorong. MA Weixmg. Commun TheorPhys,2007, 48(3) : 519.
[42] LU Juan, MA Weixing, HE Xi-aorong. Commun Theor Phys, 2007? 47(4) : 717.
[43] LU Juan,MA Weixing, HE Xiaorong. Commun Theor Phys, 2007, 47(3): 550.
[44] GLAUBER R J. Lecture in Theoretical Physics [M] // BRIT-TIN W E, DUNHAM L G. New York: Interscience, USA,1959: 315.
[45] LUNA E G S, NATALE A A. arXiv: hep-ph/0602181v2.
[46] BERESTETSKIL V B, LIFSHITZ E M, DITAEVSKIL L P.Quantum Electrodynamics [M]. Oxford: Pergamon Press,1982: 324; BLOCK M M, GREGORES E M,HAZEN F.Phys Rev D, 1999, 60: 054024.
[47] KWIECINSKI J, PRAS2A-LOWICZ M. Phys Lett B,1980,94: 413.
[48] JEON S,VENUGOPALAN R. Phys Rev D,2005,71: 125003.
[49] KOVEHEGOV Y V,SZYMANOWSKIL,WALLON S. Phys Lett B, 2004,586: 267.
[50] FRANSON J D.Phys Rev A, 1996,53: 3756.
[51] FRANSON J D.Phys Rev A, 1997, 56: 1800.
上一张 下一张
上一张 下一张
计量
  • 下载量()
  • 访问量()
文章评分
  • 您的评分:
  • 1
    0%
  • 2
    0%
  • 3
    0%
  • 4
    0%
  • 5
    0%