We present a highly precise method to determine the thermal resistance and the antiguiding factor of (Al,In)GaN laser diodes. Knowing the thermal resistance, we are able to exclude thermal effects and study the charge carrier density dependence of the optical gain and the refractive index. From these properties we determine the antiguiding factor. The method is applied to 489 nm (Al,In)GaN laser diodes with a high charge carrier density in the active region. For these laser diodes we find a high antiguiding factor of 10 +/- 1 at the laser wavelength
Reducing the resistivity of low temperature grown p-Al0.09Ga0.91N layers is crucial to improving the...
The demand for higher recording densities in optical storage devices requires the development of sem...
In GaAs-based light-emitting diode (LED) or laser diode (LD), the forward voltage (V) will decrease ...
<div id="articleAbsctract"> <p> Using the finite-element method, the thermal resistances of GaN l...
<div class="aip-paragraph">An expression of the relation between junction temperature and forward vo...
Abstract: The authors analyse the performance and device physics of nitride laser diodes that exhibi...
<div id="articleAbsctract"> <p> Using the finite-element method, the thermal resistances of GaN l...
Experimental gain spectra of 450 and 490 nm laser diodes on c-plane GaN are analyzed by detailed com...
Adapting the Hakki-Paoli method for blue laser diodes we measure gain spectra for (In/Al)GaN on SiC ...
We have realised InGaN/GaN distributed feedback laser diodes emitting at a single wavelength in the ...
Simulations of blue and green laser diodes with InGaN quantum wells are presented. In this study, a ...
We measure the charge carrier recombination coefficients of InGaN quantum wells by analyzing the dyn...
Thermal conductivities (k) of the individual layers of a GaN-based light emitting diode(LED) were me...
Saturation of the junction voltage in GaN-based laser diodes (LDs) is studied. It is found that ther...
We analyze the performance of a set of gallium nitride based laser diodes emitting ultraviolet light...
Reducing the resistivity of low temperature grown p-Al0.09Ga0.91N layers is crucial to improving the...
The demand for higher recording densities in optical storage devices requires the development of sem...
In GaAs-based light-emitting diode (LED) or laser diode (LD), the forward voltage (V) will decrease ...
<div id="articleAbsctract"> <p> Using the finite-element method, the thermal resistances of GaN l...
<div class="aip-paragraph">An expression of the relation between junction temperature and forward vo...
Abstract: The authors analyse the performance and device physics of nitride laser diodes that exhibi...
<div id="articleAbsctract"> <p> Using the finite-element method, the thermal resistances of GaN l...
Experimental gain spectra of 450 and 490 nm laser diodes on c-plane GaN are analyzed by detailed com...
Adapting the Hakki-Paoli method for blue laser diodes we measure gain spectra for (In/Al)GaN on SiC ...
We have realised InGaN/GaN distributed feedback laser diodes emitting at a single wavelength in the ...
Simulations of blue and green laser diodes with InGaN quantum wells are presented. In this study, a ...
We measure the charge carrier recombination coefficients of InGaN quantum wells by analyzing the dyn...
Thermal conductivities (k) of the individual layers of a GaN-based light emitting diode(LED) were me...
Saturation of the junction voltage in GaN-based laser diodes (LDs) is studied. It is found that ther...
We analyze the performance of a set of gallium nitride based laser diodes emitting ultraviolet light...
Reducing the resistivity of low temperature grown p-Al0.09Ga0.91N layers is crucial to improving the...
The demand for higher recording densities in optical storage devices requires the development of sem...
In GaAs-based light-emitting diode (LED) or laser diode (LD), the forward voltage (V) will decrease ...