Comprehensive physics-based simulations of GaN-based light-emitting diodes and laser diodes are presented. The talk discusses unique material properties of nitride compounds as well as performance-limiting physical mechanisms like self-heating, current crowding, and carrier leakage. Measurements are used to validate the models and to extract critical device parameters.
Despite of all successes in commercialization of GaN-based devices present knowledge of light emissi...
A simulation model for light extraction efficiency (LEE) was proposed, considering the real structur...
In this paper, the authors overview several of the critical materials growth, design and performance...
Abstract: The authors analyse the performance and device physics of nitride laser diodes that exhibi...
In this paper, we illustrate the role of modeling in the development of commercial nitride-based las...
The main objective of this research is to minimize the current crowding problem inside GaN-based Lig...
GaN-based optoelectronic devices are the market standard for light emission in the blue-green visibl...
The study of carrier dynamics in wide band gap semiconductors is of great importance for UV detector...
cathode, made using an AIGaAs heterostructure step. Simulations show the importance of the insertion...
by De Brida Christian GaN material is reaching a lot of interests because of its physical characteri...
This book focuses on three main themes. Theme one - advances in basic science. Point defects, disloc...
Gallium Nitride optoelectronic devices are expected to significantly penetrate the market, due to th...
[[abstract]]GaN material offers a very good comparative advantage as a candidate for power device ma...
Includes bibliographical references (leaves 42-48)In this project, an analytical modeling of optical...
The past decade has seen rapid expansion in the use of group III-nitride based devices. White InGaN ...
Despite of all successes in commercialization of GaN-based devices present knowledge of light emissi...
A simulation model for light extraction efficiency (LEE) was proposed, considering the real structur...
In this paper, the authors overview several of the critical materials growth, design and performance...
Abstract: The authors analyse the performance and device physics of nitride laser diodes that exhibi...
In this paper, we illustrate the role of modeling in the development of commercial nitride-based las...
The main objective of this research is to minimize the current crowding problem inside GaN-based Lig...
GaN-based optoelectronic devices are the market standard for light emission in the blue-green visibl...
The study of carrier dynamics in wide band gap semiconductors is of great importance for UV detector...
cathode, made using an AIGaAs heterostructure step. Simulations show the importance of the insertion...
by De Brida Christian GaN material is reaching a lot of interests because of its physical characteri...
This book focuses on three main themes. Theme one - advances in basic science. Point defects, disloc...
Gallium Nitride optoelectronic devices are expected to significantly penetrate the market, due to th...
[[abstract]]GaN material offers a very good comparative advantage as a candidate for power device ma...
Includes bibliographical references (leaves 42-48)In this project, an analytical modeling of optical...
The past decade has seen rapid expansion in the use of group III-nitride based devices. White InGaN ...
Despite of all successes in commercialization of GaN-based devices present knowledge of light emissi...
A simulation model for light extraction efficiency (LEE) was proposed, considering the real structur...
In this paper, the authors overview several of the critical materials growth, design and performance...