Photon ManagementSPIE, 2004 - Photon correlation |
Contents
Time refraction of short laser pulses in optical fibers 545604 | 11 |
MODELING | 19 |
Degree of coherence and electromagnetic resonators 545607 | 28 |
Copyright | |
31 other sections not shown
Common terms and phrases
aberration algorithm angle angular aperture application approximation axis beam shaping Bessel beams binary Bragg Bragg angle calculated coefficients coherence components corresponding crystal curve density diameter diffraction efficiency diffraction gratings diffraction orders diffractive optical elements electromagnetic equation error exit pupil experimental exposure fabrication fiber Figure Fourier optics Frank Wyrowski Fresnel Gaussian beam Gaussian pulse harmonic hologram holographic homogeneous illumination incident intensity distribution laser beam layer lens light source material maximum merit function method microlens mode Mueller matrix non-paraxial object obtained optical system optimization parameters paraxial phase Photon Management photopolymer photoresist pixel plane wave point spread function polarization Proceedings of SPIE propagation recording refractive index refractive index modulation scalar setup shown in Fig shows signal simulation slit spatial frequency SPIE Vol structure subwavelength surface technique theory thickness transmission vector wave-optical engineering wavelength width