Optical Pulse and Beam PropagationSPIE, 2001 - Optics |
Contents
Referencewave solution for the twofrequency coherence function in random media | 22 |
Longrange transmission of solitons in random media 427103 | 32 |
Measured profiles of aerosols and turbulence for elevations of 2 to 20 km and consequences | 43 |
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aerosol amplitude approximation atoms axicon Beam Propagation Bessel beam BG beam birefringence Bloch waves Bragg grating calculated chirp coefficients coherence components corresponding diffraction dispersion managed dots dynamics effect experimental femtosecond fiber Bragg grating Figure frequency function Gaussian Gaussian beam Geometry instability integral intensity distribution interaction Kivshar laser beam length Lett lidar light field linear Mathieu beams measured medium modulation mutual coherence function NLSE nonlinear localized modes nonlinear optical nonlinear Schrödinger equation numerical obtain optical fiber Optical Pulse oscillations parameters perturbation phase matching photonic crystal Phys polarization Proceedings of SPIE Pulse and Beam Raman random reconstructor formulation error refractive index rotator scattering self-focusing shift shown in Fig simulations solution spatial solitons spectral spectrum SPIE Vol stable structure sub apertures transmission transverse vector soliton velocity wave waveguide wavelength