Add to ORKGIn this report we demonstrate the transformation of the photon density curves in operation of a three modes random laser when the gain coefficients of modes depending on time.Supposing gain coefficients having Gaussian profile and using Matlab language, we have solved the basic equations describing the operation of a three modes random laser. The received results give us more real knowledge about the appearance of modes in random laser
The statistics of the optical phase of the light emitted by a semiconductor laser diode when subject...
The spectral behavior of a random lasing system (TiO2 powder dispersed in Rhodamine 6 G dye solution...
We develop a definition for the β factor, the fraction of spontaneous emission that seeds the laser ...
Random laser systems are studied not only for their interesting physical properties, but also for th...
Statistical fluctuations of the emitted light from random amplifying media are theoretically and num...
We have experimentally studied the distribution of the spatial extent of modes and the crossover fro...
We derive the photocount statistics of the radiation emitted from a chaotic laser resonator in the r...
At present the prediction and characterization of the emission output of a diffusive random laser re...
International audienceRecent numerical and theoretical studies have demonstrated that the modes at t...
We have measured the evolution of the light intensity of a random laser during a nanosecond pump pul...
Studies of random laser systems are a new direction with promising potential applications and theore...
Restricted Access.Continuing our ongoing investigations of random lasing, we used the Monte Carlo me...
In the last decade Anderson Localization of Light and Random Lasing has attracted a variety of inter...
Journal ArticleRadiation from a chaotic cavity filled with gain medium is considered. A set of coupl...
ABSTRACT Random lasers, an intriguing branch of photonics research, function distinctively by lever...
The statistics of the optical phase of the light emitted by a semiconductor laser diode when subject...
The spectral behavior of a random lasing system (TiO2 powder dispersed in Rhodamine 6 G dye solution...
We develop a definition for the β factor, the fraction of spontaneous emission that seeds the laser ...
Random laser systems are studied not only for their interesting physical properties, but also for th...
Statistical fluctuations of the emitted light from random amplifying media are theoretically and num...
We have experimentally studied the distribution of the spatial extent of modes and the crossover fro...
We derive the photocount statistics of the radiation emitted from a chaotic laser resonator in the r...
At present the prediction and characterization of the emission output of a diffusive random laser re...
International audienceRecent numerical and theoretical studies have demonstrated that the modes at t...
We have measured the evolution of the light intensity of a random laser during a nanosecond pump pul...
Studies of random laser systems are a new direction with promising potential applications and theore...
Restricted Access.Continuing our ongoing investigations of random lasing, we used the Monte Carlo me...
In the last decade Anderson Localization of Light and Random Lasing has attracted a variety of inter...
Journal ArticleRadiation from a chaotic cavity filled with gain medium is considered. A set of coupl...
ABSTRACT Random lasers, an intriguing branch of photonics research, function distinctively by lever...
The statistics of the optical phase of the light emitted by a semiconductor laser diode when subject...
The spectral behavior of a random lasing system (TiO2 powder dispersed in Rhodamine 6 G dye solution...
We develop a definition for the β factor, the fraction of spontaneous emission that seeds the laser ...