A cylindric mirror was used, in place of a parabolic mirror, to collimate the crescent blue laser beam radiated from the Cerenkov SHG in channel waveguide configuration. The cylindric mirror radius is requested to be twice the focal length of the parabolic mirror. The focusing effect of the cylindric mirror in collimation can be compensated by slightly lifting the mirror in its normal direction. Under the condition that the mirror was declined by 5.56° and lifted by 25 μm, we got the collimated beam with divergence angle less than 1.3 mrad. In the focusing experiment, the collimated beam was focused with spotsize of 1.8 μm. The details on the analysis and experiment are reported
We present the realization of a high-precision, 0.5m aperture size Cassegrain collimator system. The...
The first experimental study of focusing synchrotron radiation by a parabolic planar glassy-carbon l...
We report on the first experimental observation of self-collimation of whitelight beams in specially...
A cylindric mirror was used, in place of a parabolic mirror, to collimate the crescent blue laser be...
Proposed here is a convenient optical system to collimate the crescent shaped blue laser beam radiat...
Research on Focusing Large Diameter Beams High intensity laser research is a topic of great interest...
We propose and demonstrate experimentally super-collimation of light beams by an axisymmetric diffra...
Commercially available supercontinuum light sources that cover most of the solar spectrum are well s...
We proposed a new method of measuring the degree of collimation of laser beam using axial intensity ...
A new type of optical element that can focus a cylindrical wave to a point focus (or vice versa) is ...
Laser beam shaping at focus, or Focal Beam Shaping (FBS), is required in many laser applications. Th...
In this report, a single aspherical lens has been designed to transform an astigmatic and elliptical...
DE 102007024700 A1 UPAB: 20081217 NOVELTY - Focusing is effected to form a beam waist. Fractions of ...
Using a large optical board, this demonstration illustrates the difference between a spherical and a...
Abstract This research evaluates different methods to create voxels, 3-dimensional pixels, in air wi...
We present the realization of a high-precision, 0.5m aperture size Cassegrain collimator system. The...
The first experimental study of focusing synchrotron radiation by a parabolic planar glassy-carbon l...
We report on the first experimental observation of self-collimation of whitelight beams in specially...
A cylindric mirror was used, in place of a parabolic mirror, to collimate the crescent blue laser be...
Proposed here is a convenient optical system to collimate the crescent shaped blue laser beam radiat...
Research on Focusing Large Diameter Beams High intensity laser research is a topic of great interest...
We propose and demonstrate experimentally super-collimation of light beams by an axisymmetric diffra...
Commercially available supercontinuum light sources that cover most of the solar spectrum are well s...
We proposed a new method of measuring the degree of collimation of laser beam using axial intensity ...
A new type of optical element that can focus a cylindrical wave to a point focus (or vice versa) is ...
Laser beam shaping at focus, or Focal Beam Shaping (FBS), is required in many laser applications. Th...
In this report, a single aspherical lens has been designed to transform an astigmatic and elliptical...
DE 102007024700 A1 UPAB: 20081217 NOVELTY - Focusing is effected to form a beam waist. Fractions of ...
Using a large optical board, this demonstration illustrates the difference between a spherical and a...
Abstract This research evaluates different methods to create voxels, 3-dimensional pixels, in air wi...
We present the realization of a high-precision, 0.5m aperture size Cassegrain collimator system. The...
The first experimental study of focusing synchrotron radiation by a parabolic planar glassy-carbon l...
We report on the first experimental observation of self-collimation of whitelight beams in specially...