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Volume 18 Issue 6
Sep.  2013
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Article Navigation >  LASER TECHNOLOGY  > 1994 >  18(6): 361-365

Citation:
shu

Mechanical response of high-power YAG laser upon metal targets

  • 1.

    Department of Applied Physics, Nanjing University of Science&Technolgy

  • Received Date: 1994-01-12
    Fund Project:

    This work is supported by the foud of Huo Yingdong education foundation.

  • Production of surface pressure,plasma formation and momentum transfer of target is analyzed in interaction between laser and target material in this paper,a low-energy and high-power 1.06μm YAG laser with a pulse width of 15 ns is applied to act upon different target material surfaces,and by using a pendulum shift technique to measure displacement of the target surface,momentum transfer and momentum coupling coefficient are obtained at different conditions.
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    David C, Avizonis P V. Weichel H et al. IEEE J Q E. 1966:QE-2493
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    Ready J F. A P L, 1974;25,558
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    Lowder J E. Pettingin L C. A P L. 1974:24:204
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    Marcus S, Lowder J E. J A P. 1975:46:2293
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    Peter K W. Peter E N. AIAA J. 1977:15, 751
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    Reilly J P, Ballantyne A, Woodroffe J A. AIAA J. 1979:17:1098
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    Rawer Y P. Soviet Phys JETP. 1970:31:1148
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Mechanical response of high-power YAG laser upon metal targets

  • 1. Department of Applied Physics, Nanjing University of Science&Technolgy
  • Received Date: 1994-01-12
  • Available Online: 1994-11-25
Fund Project:  This work is supported by the foud of Huo Yingdong education foundation.

Abstract: Production of surface pressure,plasma formation and momentum transfer of target is analyzed in interaction between laser and target material in this paper,a low-energy and high-power 1.06μm YAG laser with a pulse width of 15 ns is applied to act upon different target material surfaces,and by using a pendulum shift technique to measure displacement of the target surface,momentum transfer and momentum coupling coefficient are obtained at different conditions.

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