[1] HUANG R F,LUO J M,WANG Ch Q.Application and developmentsof laser cladding technology[J].Ordnance Material Science and Engineering,2005,28(4):57～58(in Chinese).
[2] XIAO H J,PENG Y,MA Ch Y.Surface modification of laser[J].Surface Technology,2005,34(5):10～12(in Chinese).
[3] ZHOU X W,WANG X Zh.Application of the laser processing technology in industry[J].Journal of Zhongzhou University,2005,22(4):110～111(in Chinese).
[4] LU J B,WANG Zh X,XI Y J.Calculation of temperature field in laser cladding using FEM[J].Journal of Zhongyuan Institute of Technology,2005,16(6):58～60(in Chinese).
[5] HUANG Y L,ZOU D N,LIANG G Y.Numercial simulation on cladding track,fluid flow field and temperature field in laser cladding process with power feeding[J].Rare Metal Materials and Engineering,2003,32(5):330～334(in Chinese).
[6] ZENG D W,XIE Ch Sh.A numerical simulation for two dimensional quasi-state fluid flow field and temperature field in the molten pool of laser cladding[J].Acta Metallurgica Sinica,1999,35(6):604～610(in Chinese).
[7] LI Sh,HU Q W,ZENG X Y.Effect of laser mode on the quality of laser cladding layers[J].Laser Technology,2005,29(6):667～669(in Chinese).
[8] HUANG Y L,LI J G,LIANG G Y.Effect of powder feeding rate on interaction between laser beam and powder stream in laser cladding process[J].Rare Metal Materials and Engineering,2005,34(10):1520～1523.
[9] WU G,SHI J,DAI Zh S.The scanning techniques and technology for gear laser harden[J].Applied Laser,1998,18(4):151～154(in Chinese).
[10] SONG G M,WU G,HUANG W J.Cracking control in laser cladding process with unidirectional powder feeding and double scanning[J].Heat Treatment of Metals,2005,30(5):26～28(in Chinese).