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[1] Àî´¾·É, Optical grating with wavelength and sub-wavelength structures f
or optical limiting, SPIE, 1998,Vol.3467,186
[2] ÁõÊ÷Ìï, Novel optical implementations of optical fractional Fourier tran
sforms, Quantum Electronics and Laser Science Conference, 1995,CthI29
[3] ÕÅѧÈç, Numerical analysis of two-photon absorption and induced free car
rier absorption in GaAs, Quantum Electronics and Laser Science Conference, 1
995,QWD27
[4] ÕÅѧÈç, Optical limiting in a new organic semiconductor., Conference on
Lasers and Electro-Optis, Baltimore, Maryland, 1995,CtuI35
[5] Àî·å, Thermal-Defocusing/Diffracting Optical Limiter, 14TH International
Congress on Aplications of Lasers & Electro-Optics, 1995
[6] ËÎçøÁÖ, Time-dependent excited state absorption and optical limiting
in Fullerenes, 14TH International Congress on Aplications of Lasers & Elec
tro-Optics, 1995
[7] Àî´¾·É, NLO materials heterocytic polydiacetylenes, 14TH International C
ongress on Aplications of Lasers & Electro-Optics, 1995
[8] ÍõÈð²¨, Optical limiting with a nonlinear liquid between two prisms, Pro
ceeding of SPIE, 1995
[9] ±«ÐÅÏÈ, Nonresonant real-time polarization holographic storage in accept
or-donor azo-day-doped polymer film, Proceeding of SPIE, 1995,2529
[10] ½¯Ãú»ª, Reduction of the photorefractive response time in double-doped
LiNbO3:Fe,Tb., Proceeding of SPIE, 1995,2379
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