Archive: 2006 - Moldavian Journal of the Physical Sciences

05 Apr 2006

2006
V. 5
2
(p.153 - 170)

Dynamics of blue-violet InGaN lasers with different saturable absorber designs

Authors:

Tronciu, Vasile

Summary:

A review is presented of a range of investigations of the CW, self-pulsating and exci- table behaviour of blue-violet InGaN lasers with different designs of saturable absorber. Bi furcations have been identified that are the origin of the phenomena and different device designs are considered that are intended to control the laser behaviour in BD applications. It is found that the properties of the saturable absorber strongly affect the self-pulsation and excitability properties of the lasers. The influence on laser dynamics of other device and material parameters has also been investigated. Very encouraging agreement between the results of numerical calculations and the experimental data on self-pulsating laser operation is demonstrated.

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furcations have been identified that are the origin of the phenomena and different device designs are considered that are intended to control the laser behaviour in BD applications.  It is 
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BibTeX

@article{ibn_3473,
author = {Tronciu, V.Z.},
title = {Dynamics of blue-violet InGaN lasers with different saturable absorber designs },
journal = {Moldavian Journal of the Physical Sciences},
year = {2006},
volume = {5 (2)},
pages = {153-170},
month = {Apr},
abstract = {(EN) A review is presented of a range of investigations of the CW, self-pulsating and exci-

table behaviour of blue-violet InGaN lasers with different designs of saturable absorber. Bi
furcations have been identified that are the origin of the phenomena and different device designs are considered that are intended to control the laser behaviour in BD applications.  It is 
found that the properties of the saturable absorber strongly affect the self-pulsation and excitability properties of the lasers. The influence on laser dynamics of other device and material 
parameters has also been investigated. Very  encouraging agreement between the results of 
numerical calculations and the experimental data on self-pulsating laser operation is demonstrated.  
   },
url = {https://ibn.idsi.md/vizualizare_articol/3473},
}

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furcations have been identified that are the origin of the phenomena and different device designs are considered that are intended to control the laser behaviour in BD applications.  It is 
found that the properties of the saturable absorber strongly affect the self-pulsation and excitability properties of the lasers. The influence on laser dynamics of other device and material 
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table behaviour of blue-violet InGaN lasers with different designs of saturable absorber. Bi
furcations have been identified that are the origin of the phenomena and different device designs are considered that are intended to control the laser behaviour in BD applications.  It is 
found that the properties of the saturable absorber strongly affect the self-pulsation and excitability properties of the lasers. The influence on laser dynamics of other device and material 
parameters has also been investigated. Very  encouraging agreement between the results of 
numerical calculations and the experimental data on self-pulsating laser operation is demonstrated.  
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<dc:source>Moldavian Journal of the Physical Sciences 5 (2) 153-170</dc:source>
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