[1] GEBHARDT F G,SMITH D C,BUSER R G,et al.Turbulence effects on thermal blooming[J].Appl Opt,1973,12 (8):1794-1805.
[2] BRADELY L C,HERRMANN J.Phase compensation for thermal blooming[J].Appl Opt,1974,13(2):331-334.
[3] GEBHARDT F G.High power laser propagation[J].Appl Opt,1976,15 (6):1479-1493.
[4] SMITH D C.High-power laser propagation:thermal blooming[J].Proc IEEE,1977,65:1679-1714.
[5] WALSH J L,ULRISH P B.Thermal blooming in the atmosphere[M]//STROHDEHN J W.Laser Beam Propagation in the Atmosphere.Berlin:Springer-Verlag,1978.
[6] GEBHARDT F G.Twenty-five years of thermal blooming:an overview[C]//Proc SPIE,propagation of High-Energy Lauer Beams Through the Earth's Atmosphere,1990,1221:2-25.
[11] HUANG Yin-bo,WANG Ying-jian,GONG Zhi-ben.Numerical analysis of the scaling parameter of adaptive compensation for thermal blooming effects[C]//Proc SPIE Adaptive Optics and Applications Ⅱ,2002,4926:146-149.
[12] HUANG Yin-bo,WANG Ying-jian.The scaling laws of laser beam spreading induced by turbulence and thermal blooming[C]//proc SPIE,Adaptive Optics and Applications Ⅲ,2004,5639:65-69.
[13] STOCK R D.High energy laser scaling laws[C]//2003 Directed Energy Modeling and Simulation Conference,2003.
[14] ULRICH P B,WILSON L E.Propagation of high-energy laser beams through the earth's atmosphere[C]//Proc SPIE,Propagation of High-Energy Laser Beams Through the Earth's Atmosphere,1990,1221.
[15] BREAUX H,EVERS W,SEPUCHA R,et al.Algebraic model for cw thermal-blooming effects[J].Appl Opt,1979,18:2638-2644.
[16] JONES A T,MCMONDIE J A.Thermal blooming of continuous wave laser radiation[J].J Phy D:Appl Phy,1981,14:163-172.
[17] ENGUEHARD S,HATFIELD B.Perturbative approach to the small-scale physics of the thermal blooming and turbulence[J].J Opt Soc Am A,1991,8:637-646.