Taking into account the dispersion and the longitudinal chromatic aberration (LCA) of the material of the lens. focusing of isodiffracting pulsed Gaussian light beam through single lens is analyzed. The smaller the cycle number of the isodiffracting, pulsed Gaussian light beam is, the higher the order of the material dispersion should be considered. (C) 2004 Elsevier B.V. All rights reserved.Physics, MultidisciplinarySCI(E)4ARTICLE173-8033
Using a beam propagation method the focusing properties of a one-dimensional wedged multilayer Laue ...
Effects of material dispersion are considered for the case of an aspheric lens pair which transforms...
Purpose: To investigate some chromatic properties of hybrid refractive-diffractive extended depth ...
We theoretically investigate the effects of sample dispersion on the focusing of ultrashort laser pu...
Diffractive multifocal IOLs show chromatic aberration especially along the axis (LCA-longitudinal Ch...
Methods: The effects of Abbe number and the topography of different diffractive IOL profiles were ...
This paper investigated the focal shift of partially coherent dark hollow Gaussian beams through a t...
In contrast to the case of quasi-monochromatic waves, a focused optical pulse in the few-cycle limit...
The analytical expression for the cross-spectral density function of stochastic electromagnetic Bess...
The influence of probing gaussian beam focusing on photothermal signal was analyzed in the work. The...
We theoretically derive the electric field distribution of an astigmatic Gaussian laser beam after i...
Chromatic effects of radial gradient-index materials have been analyzed, and several important concl...
A closed-form propagation equation of Hermite-cosh-Gaussian beams passing through an unapertured thi...
As part of its over-all program in the identification, preparation, and application of materials for...
[[abstract]]We present a systematic analysis of the self-focusing effects for an intense equal phase...
Using a beam propagation method the focusing properties of a one-dimensional wedged multilayer Laue ...
Effects of material dispersion are considered for the case of an aspheric lens pair which transforms...
Purpose: To investigate some chromatic properties of hybrid refractive-diffractive extended depth ...
We theoretically investigate the effects of sample dispersion on the focusing of ultrashort laser pu...
Diffractive multifocal IOLs show chromatic aberration especially along the axis (LCA-longitudinal Ch...
Methods: The effects of Abbe number and the topography of different diffractive IOL profiles were ...
This paper investigated the focal shift of partially coherent dark hollow Gaussian beams through a t...
In contrast to the case of quasi-monochromatic waves, a focused optical pulse in the few-cycle limit...
The analytical expression for the cross-spectral density function of stochastic electromagnetic Bess...
The influence of probing gaussian beam focusing on photothermal signal was analyzed in the work. The...
We theoretically derive the electric field distribution of an astigmatic Gaussian laser beam after i...
Chromatic effects of radial gradient-index materials have been analyzed, and several important concl...
A closed-form propagation equation of Hermite-cosh-Gaussian beams passing through an unapertured thi...
As part of its over-all program in the identification, preparation, and application of materials for...
[[abstract]]We present a systematic analysis of the self-focusing effects for an intense equal phase...
Using a beam propagation method the focusing properties of a one-dimensional wedged multilayer Laue ...
Effects of material dispersion are considered for the case of an aspheric lens pair which transforms...
Purpose: To investigate some chromatic properties of hybrid refractive-diffractive extended depth ...