A statistical ensemble of laser light is defined. Based on the Fresnel-integration a approach to compute the ensemble elements was developed. Using the approach numerical studies of the transverse mode behaviour were carried out. The approach and some results are presented
The aim is to determine the basic regularities of forming mode structures in the dissipative Gauss a...
The method of the nonequilibrium statistical operator is employed to derive the kinetic equations fo...
Three numerical methods for calculating the point spread function for holographic optical elements i...
Many application results using high-power lasers show that to correlate the processing results with ...
On the use of Fokker-Planck equations for the statistical properties of laser light / P. Jung ; H. R...
International audienceSingle-mode cavity laser light statistics is considered within the framework o...
Studies of random laser systems are a new direction with promising potential applications and theore...
Statistical fluctuations of the light emitted from amplifying random media are studied theoretically...
Interest in coherent remote sensing systems has stimulated investigations in the properties laser pr...
This master´s thesis provides basic properties and measurement of optical beams. In the first chapte...
The mode spectrum of lasers with large apertures were computed by solving the eigenvalue problem of ...
The intention of this master‘s thesis is the measurment of relative variance of optical intensity. I...
A single-mode laser subject to weak external optical feedback is a multi-stable system with regard t...
A mathematical model for computing statistical properties of noise laser pulses in a medium with cub...
Taking the modal behaviours of the laser field into account, the coherence properties of laser light...
The aim is to determine the basic regularities of forming mode structures in the dissipative Gauss a...
The method of the nonequilibrium statistical operator is employed to derive the kinetic equations fo...
Three numerical methods for calculating the point spread function for holographic optical elements i...
Many application results using high-power lasers show that to correlate the processing results with ...
On the use of Fokker-Planck equations for the statistical properties of laser light / P. Jung ; H. R...
International audienceSingle-mode cavity laser light statistics is considered within the framework o...
Studies of random laser systems are a new direction with promising potential applications and theore...
Statistical fluctuations of the light emitted from amplifying random media are studied theoretically...
Interest in coherent remote sensing systems has stimulated investigations in the properties laser pr...
This master´s thesis provides basic properties and measurement of optical beams. In the first chapte...
The mode spectrum of lasers with large apertures were computed by solving the eigenvalue problem of ...
The intention of this master‘s thesis is the measurment of relative variance of optical intensity. I...
A single-mode laser subject to weak external optical feedback is a multi-stable system with regard t...
A mathematical model for computing statistical properties of noise laser pulses in a medium with cub...
Taking the modal behaviours of the laser field into account, the coherence properties of laser light...
The aim is to determine the basic regularities of forming mode structures in the dissipative Gauss a...
The method of the nonequilibrium statistical operator is employed to derive the kinetic equations fo...
Three numerical methods for calculating the point spread function for holographic optical elements i...
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