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Volume 29 Issue 4
Sep.  2013
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Status and prospect of conductive line fabrication by laser technology

  • Corresponding author: ZENG Xiao-yan, xyzeng@public.wh.hb.cn
  • Received Date: 2004-06-17
    Accepted Date: 2004-07-19
  • The status and prospect in domestic and oversea area of conductive line fabrication by laser technology is reviewed.Compared with its conditional methods,the basic characteristics and advantages are presented.What's more,the development trend of this technology is predicted and some suggestions are put forward for its future development.
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  • [1]

    MOILANEN H,REMES J,LEPPäUORI S et al.Low resistivity LCVD direct write Cu conductor lines for IC customization [J].Physica Scipta,1997,69:237~241.
    [2]

    TERRILL R E,CHURCH K H,MOON M.Laser chemical vapor deposition for microelectronics production [J].IEEE Aerospace Applications Conference Proceedings,1998,1:377~382.
    [3]

    LEHMANN O,STUKE M.Laser-driven movement of three-dimensional microstructures generated by laser rapid prototyping [J].Science,1995,270 (5242):1644~1646.
    [4]

    SATO Y,YOSHIDA M,NISHIYAMA T et al.Laser-enhanced palladium electroless plating [J].Transactions of the Institute of Metal Fishing,1997,75(1):4~6.
    [5]

    KORDáS K,BALI K,LEPPäUORI S et al.Laser direct writing of palladium on polyimide surfaces from solution [J].Applied Surface Science,1999,152(3):149~155.
    [6]

    KORDáS K,REMES J,LEPPäUORI S et al.Laser-assisted selective deposition of nickel patterns on poros silicon substrates [J].Applied Surface Science,2001,178(1~4):93~97.
    [7]

    KORDáS K,NáNAI L GALBáCS G et al.Reaction dynamics of CW Ar+ laser induced copper direct writing from liquid electrolyte on polyimide substrates [J].Applied Surface Science,2000,158(1):127~133.
    [8]

    KORDáS K,BALI K,LEPPäUORI S et al.Laser direct writing of copper on polyimide surfaces from solution [J].Applied Surface Science,2000,154~155:399~404.
    [9]

    SZöéNYI T,GERETOVSZKY Z,TóTH J et al.Laser direct writng of tin oxide patterns [J].Vacuum,1998,50(3~4):327~329.
    [10]

    CHRISEY D B,PIQUE A,MODI R et al.Direct writing of conformal mesoscopic electronic devices by MAPLE DW [J].Applied Surface Science,2000,168(1~4):345~352.
    [11]

    CHRISEY D B,PIQE A,FITZ-GERALD J et al.New approach to laser direct writing active and passive mesoscopic circuit elements [J].Applied Surface Science,2000,154~155:593~600.
    [12]

    SANO T,YAMADA H,NAKAYAMA T et al.Experimental investigation of laser induced forward transfer process of metal thin films [J].Applied Surface Science,2002,186(1~4):221~226.
    [13]

    SHIGENOBU M,MIKIO H,HARUHISA S et al.Method of modifying conductive lines of electronic circuit board and its apparatus [P].U S Patent:5832595,1998-11-10.
    [14]

    KRIPESH V,GUST W,BHATNAGAR S K et al.Effect of Nd∶YAG laser micromachining on gold conductor printed over ceramic substrates [J].Materials Letters,2000,44(6):347~351.
    [15]

    YABE H,TAKAHASHI A,SUMIYOSHI T et al.Direct writing of conductive aluminum line on aluminum nitride ceramics by transversely excited atmospheric CO2 laser [J].A P L,1997,71(19):2758~2760.
    [16]

    SENGUPTA D K,QUICK N R,KAR A et al.Laser direct write of conducting and insulating tracks in silicon carbide [J].Materials Research Society Symposium-Proceedings,2000,624:127~133.
    [17] 谢湘华,张谊华,方尔梯 et al.激光诱导醋酸铜乙醇溶液反应直写金属铜线 [J].应用激光,1996,16(6):252~260.

    [18] 黄妙良,林建明,林煜 et al.激光诱导化学沉积(铜)的实验研究[J].激光杂志,1996,17(5):249~251.

    [19] 张国庆,姚素薇,刘冰 et al.半导体硅上激光诱导选择性电镀铜[J].应用化学,1997,1(14):33~36.

    [20]

    LI X Y,LI H L,LIU J W et al.Conductive line preparation on resin surfaces by laser micro-cladding conductive pastes [J].Applied Surfaces Science,2004,233(1~4):51~57.
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Status and prospect of conductive line fabrication by laser technology

    Corresponding author: ZENG Xiao-yan, xyzeng@public.wh.hb.cn
  • 1. National Laboratory of Laser Technology, HUST, Wuhan 430074, China

Abstract: The status and prospect in domestic and oversea area of conductive line fabrication by laser technology is reviewed.Compared with its conditional methods,the basic characteristics and advantages are presented.What's more,the development trend of this technology is predicted and some suggestions are put forward for its future development.

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