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用于高功率激光器的光学元件(特邀)

APOLLONOV V V

APOLLONOV V V. 用于高功率激光器的光学元件(特邀)[J]. 中国光学, 2013, 6(1): 1-8. doi: 10.3788/CO.20130601.0001
引用本文: APOLLONOV V V. 用于高功率激光器的光学元件(特邀)[J]. 中国光学, 2013, 6(1): 1-8. doi: 10.3788/CO.20130601.0001
APOLLONOV V V. Optics for high power lasers(Invited)[J]. Chinese Optics, 2013, 6(1): 1-8. doi: 10.3788/CO.20130601.0001
Citation: APOLLONOV V V. Optics for high power lasers(Invited)[J]. Chinese Optics, 2013, 6(1): 1-8. doi: 10.3788/CO.20130601.0001

用于高功率激光器的光学元件(特邀)

doi: 10.3788/CO.20130601.0001
详细信息
    通讯作者:

    APOLLONOV V V

  • 中图分类号: TN243

Optics for high power lasers(Invited)

  • 摘要: 激光的出现对大多数实际应用系统中的光学元件的性能、质量及其加工提出了严格的要求。激光的高功率性能由3个不同的过程决定:其一是对入射光辐射的吸收(主要由各种吸收机制决定);其二是由热学性能决定的温度升高和响应;其三是元件的热光学和热机械响应,如变形、应力断裂等。在设计效率高、紧凑性好、可靠性好的应用于不同领域的高功率激光系统时,需要考虑不同运行条件下的脉冲、连续波、不同占空比的重复频率或突发模式等。
  • [1] APOLLONOV V V,BARCHUKOV A I,PROKHOROV A M. High power CO2-laser[R]. Report FIAN,1970. [2] APOLLONOV V V,BARCHUKOV A I,PROKHOROV A M. Thermal deformation of solid state surface by laser beam[J]. JETP Lett.,1972:15. [3] APOLLONOV V V,BARCHUKOV A I,PROKHOROV A M. Optical mirrors loses on scattering measurements[J]. QE,1973,4(16). [4] APOLLONOV V V,BARCHUKOV A I,PROKHOROV A M. CO2 laser mirrors investigations[R]. Report FIAN,1973. [5] APOLLONOV V V,BARCHUKOV A I,PROKHOROV A M. Thermal deformation of laser mirrors[C]//Second European conf. on Lasers and Applications,Dresden,Germany,July,1973. [6] APOLLONOV V V,BARCHUKOV A I,PROKHOROV A M. Optical characteristics of laser mirrors[J]. Preprint,FIAN,1973,157. [7] APOLLONOV V V,BARCHUKOV A I,PROKHOROV A M. Thermal deformation of laser mirrors[J]. Radiotechnics and Electronics,1974,1. [8] APOLLONOV V V,BARCHUKOV A I,PROKHOROV A M. Thermal action of laser beam on the surface of laser mirror[J]. Preprint,FIAN,1974,105. [9] APOLLONOV V V,BARCHUKOV A I,PROKHOROV A M. Optical destruction of heated laser mirrors in CO2-laser systems[J]. JEEE QE,1974,10(6):505. [10] APOLLONOV V V,BARCHUKOV A I,PROKHOROV A M. Thermal action of high power laser on the surface of solids[J]. QE,1975,2(2). [11] APOLLONOV V V,BARCHUKOV A I,PROKHOROV A M. Anastigmat I[R]. Report FIAN,1974. [12] APOLLONOV V V,BARCHUKOV A I,PROKHOROV A M. Absorption coefficients measurements at λ=10,6 мкм[J]. Preprint,FIAN,1975,52. [13] APOLLONOV V V,BARCHUKOV A I,KONYKHOV V K,et al.. Figures of merit for mirrors[J]. Lett. JTP,1975,1:11. [14] APOLLONOV V V,BARCHUKOV A I,PROKHOROV A M. R Anastigmat II[R]. Report FIAN,1975. [15] APOLLONOV V V,BARCHUKOV A I,PROKHOROV A M. High intensity porous metal mirror[R]. Report FIAN,1977. [16] APOLLONOV V V,PROKHOROV A M. Vapourtron effect for laser mirrors[J]. Lett. JTP,1978,4:8. [17]APOLLONOV V V,BARCHUKOV A I,PROKHOROV A M. Porous structures for high power optics[J]. Lett. JTP,1978,4:19. [18] APOLLONOV V V,BARCHUKOV A I,KONYKHOV V K,et al.. Intermetallic coatings for laser mirrors[J]. QE,1978,5(2). [19] APOLLONOV V V,BARCHUKOV A I,KONYKHOV V K,et al.. Beam divider for high power laser beam[J]. Preprint,1978,136. [20] APOLLONOV V V,BUNKIN F V,CHETKIN S A,et al.. Thermodeformation as a method of laser beam energy distribution measurements[J]. Lett. JTP,1978,4:17. [21] APOLLONOV V V,BYSTROV P I,GONCHAROV A G,et al.. Liquid metals as a heat carriers for laser optics[J]. QE,1981,3. [22] APOLLONOV V V,BYSTROV P I,GONCHAROV A G,et al.. New heat carriers for high power optics[J]. Lett. JTP,1981. [23] APOLLONOV V V,PROKHOROV A M,GUENTHER A H. Power optics, problems, developments and opportunities[J]. Laser Physics,2001,11(8):1-7. [24] APOLLONOV V V,PROKHOROV A M,GUENTHER A H. Mirrors maintain shape under intense laser light[J]. Laser Focus World,2003:101. [25] APOLLONOV V V. High power optics and it's new appearances[J]. Oboronzakaz,2012:47. [26] APOLLONOV V V. High power optics[C]//Symposium HPLS@A-2012,Istanbul,TUR,Sep.10-14,2012.
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出版历程
  • 收稿日期:  2012-09-21
  • 修回日期:  2012-11-23
  • 刊出日期:  2013-02-10

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