The beam quality parameter Mx2 for self-phase modulated Gaussian and super-Gaussian beams has been calculated analytically. These results can be used for experimental measurements of nonlinearities in optical materials. A super-Gaussian beam with a size comparable to a Gaussian one demonstrates much more stable behavior with propagation through Kerr media. The deteriorated beam quality parameter has also been calculated analytically in the case of higher order localized radial phase modes. The presented analysis of beam quality degradation due to localized phase aberrations is more efficient than the standard one based on polynomial aperture aberrations
794-797Using variational approach with elliptic Gaussian laser beam as trial function, the combined...
Effects of phase plates on focused laser beams are studied numerically. Gaussian beams are simulated...
We introduced new axially-symmetric optical beams, which are Self-Fourier-Transformed and are close ...
The beam quality parameter M-x(2) for self-phase modulated Gaussian and super-Gaussian beams has bee...
Beam quality parameter Mx2 for Gaussian and super-Gaussian beams distorted by selfphase modulation h...
© 1993 The Optical Society of America. We are grateful to A. E. Siegman for proposing the problem tr...
Phase gratings find useful application in array receivers as passive multiplexing devices in the loc...
The phase characteristics of Gaussian beams in negative refractive index (NRI) slabs have been quant...
For a long time, interest in multimode (MM) optical fibers has remained limited, owing to the poor q...
Abstract: Using variational method for an elliptical Gaussian optical beam trial function, self –act...
The characteristics of an optical beam propagating in a medium should be preserved for many applicat...
The nonlinear dynamical property of Lorentz-Gaussian beams in Kerr media is investigated analyticall...
The q-parameter of a Gaussian beam is a convenient way to determine its paraxial propagation in a me...
Gaussian beam mode analysis (GBMA) offers a more intuitive physical insight into how light beams evo...
Based on the ripple transfers of electric-field amplitude and phase in frequency tripling, simple fo...
794-797Using variational approach with elliptic Gaussian laser beam as trial function, the combined...
Effects of phase plates on focused laser beams are studied numerically. Gaussian beams are simulated...
We introduced new axially-symmetric optical beams, which are Self-Fourier-Transformed and are close ...
The beam quality parameter M-x(2) for self-phase modulated Gaussian and super-Gaussian beams has bee...
Beam quality parameter Mx2 for Gaussian and super-Gaussian beams distorted by selfphase modulation h...
© 1993 The Optical Society of America. We are grateful to A. E. Siegman for proposing the problem tr...
Phase gratings find useful application in array receivers as passive multiplexing devices in the loc...
The phase characteristics of Gaussian beams in negative refractive index (NRI) slabs have been quant...
For a long time, interest in multimode (MM) optical fibers has remained limited, owing to the poor q...
Abstract: Using variational method for an elliptical Gaussian optical beam trial function, self –act...
The characteristics of an optical beam propagating in a medium should be preserved for many applicat...
The nonlinear dynamical property of Lorentz-Gaussian beams in Kerr media is investigated analyticall...
The q-parameter of a Gaussian beam is a convenient way to determine its paraxial propagation in a me...
Gaussian beam mode analysis (GBMA) offers a more intuitive physical insight into how light beams evo...
Based on the ripple transfers of electric-field amplitude and phase in frequency tripling, simple fo...
794-797Using variational approach with elliptic Gaussian laser beam as trial function, the combined...
Effects of phase plates on focused laser beams are studied numerically. Gaussian beams are simulated...
We introduced new axially-symmetric optical beams, which are Self-Fourier-Transformed and are close ...