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laserDevice
Spatial moments, cumulants and scaled cumulants of the intensity distribution of a laser beam are argued to be relevant quantities for laser materials processing. Their propagation and optical transformation properties are analysed in an operator approach. A tensorial formulation of the ABCD transformation properties of the moments/cumulants is used to classify them in sets determinable and nondeterminable by beam divergence measurements
For the application of high-power lasers in materials processing beam parameters are needed which sh...
The far-field divergence of a light beam propagating through a first order optical system is present...
The transformation of laser beams passing through optical systems is analized using a TEM modal deco...
Taking the modal behaviours of the laser field into account, the coherence properties of laser light...
Fluctuations of the first and second generalized beam moments of beams fluctuating randomly or quasi...
We present a theoretical study of various definitions of laser beam width in a given cross section. ...
International audienceWe present a theoretical study of various definitions of laser beam width in a...
We present a theoretical study of various definitions of laser beam width in a given cross section. ...
Analyzing of amplitude-phase characteristics of laser beam is topical in experimental physics and in...
1) Background: the modeling, characterization, transformation and propagation of high-power CW laser...
In this chapter we consider the application of the linear canonical transformations (LCTs) for the d...
Many application results using high-power lasers show that to correlate the processing results with ...
The case of two identical and coaxial Gaussian beams is studied in order to consider the effects of ...
We define the width, divergence, and curvature radius for non-Gaussian and nonspherical light beams....
We define the width, divergence, and curvature radius for non-Gaussian and nonspherical light beams....
For the application of high-power lasers in materials processing beam parameters are needed which sh...
The far-field divergence of a light beam propagating through a first order optical system is present...
The transformation of laser beams passing through optical systems is analized using a TEM modal deco...
Taking the modal behaviours of the laser field into account, the coherence properties of laser light...
Fluctuations of the first and second generalized beam moments of beams fluctuating randomly or quasi...
We present a theoretical study of various definitions of laser beam width in a given cross section. ...
International audienceWe present a theoretical study of various definitions of laser beam width in a...
We present a theoretical study of various definitions of laser beam width in a given cross section. ...
Analyzing of amplitude-phase characteristics of laser beam is topical in experimental physics and in...
1) Background: the modeling, characterization, transformation and propagation of high-power CW laser...
In this chapter we consider the application of the linear canonical transformations (LCTs) for the d...
Many application results using high-power lasers show that to correlate the processing results with ...
The case of two identical and coaxial Gaussian beams is studied in order to consider the effects of ...
We define the width, divergence, and curvature radius for non-Gaussian and nonspherical light beams....
We define the width, divergence, and curvature radius for non-Gaussian and nonspherical light beams....
For the application of high-power lasers in materials processing beam parameters are needed which sh...
The far-field divergence of a light beam propagating through a first order optical system is present...
The transformation of laser beams passing through optical systems is analized using a TEM modal deco...
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