[1] [1] Zhang Zhi,Xie Peilin. Laser cadding technic study in gear shaft repair[J].Electromachning & Mould, 2007,6：40～43

[2] [2] Wu Gang,Yan Guangchao. Moving control in laser cladding of disc cam[J].Appled Laser,2006, 26（6）：426～428

[3] [3] Li Baoling,Wen Zongyin,Liu Xuhong et al..An experimental study of laser cladding technology applied for axle surface repair[J].Applied Laser,2007,27(4): 290～293

[4] [4] Lu Changliang,Hu Fangyou,Cui Aiyong et al.. Research on laser cladding of deformed aluminum alloy[J].China Surface Engineering,2007,20 (6):44～47

[5] [5] Niu Xin,Chao Mingju, Wang Wenli et al..In situ synthesized NbC particulate reinforced Ni-based composite coating by laser cladding[J]. Chinese J. Lasers,2006,33(7):987～991

[6] [6] Cui Aiyong,Hu Fangyou, Hui Li.Microstructure and wear-resiting property of (Ti+Al/Ni)/(Cr2O3+CeO2) laser cladding on titaniun alloy[J]. Chinese J. Lasers,2007, 34(3):438～441

[7] [7] Wang Weifu,Sun Fengjiu,Wang Maocai.Laser cladding Ni-based tribaloy 700 coatings on TA2 titanium alloy[J].Chinese J.Lasers,2007,34(12):1710～1715

[8] [8] Zhang Weiping,Liu Shuo,Ma Yutao.Strengthening mechanism of particle reinforced metal matrix composite coating by laser cladding[J].Transaction of Materials and Heat Treatment,2005, 26（1）：70～73

[9] [9] P.Kaul,P.Ganesh,S.K.Albert et al..Laser cladding of austenitic stainless steel with nickel base hardfacing alloy[J].Surface Engineering,2003,19 (4):268～270

[10] [10] S.Niederhauser,B.Karlsson.Mechanical properties of laser cladded steel[J].Material Science and Technology,2003,19 :1611～1677

[11] [11] Liu Zhenfeng,Qiu Xiaolin, Yao Yuecheng et al.. Research on energy redistribution of laser power in process of powder feeding laser cladding[J].Laser Journal,2007,28(3):75～76

[12] [12] Song Guangming,Wu Gang, Huang Wanjuan et al.. Cracking control in laser cladding process with unidirectional powder feeding and double scanning[J]. Heat Treatment of Metals, 2005,30(5)：26～28