We report on the design and fabrication of high performance 800-1000 nm high power lasers using an asymmetric waveguide structure. The structure offers lower beam divergence, improved power kink and reduced resistively
We present a simple semianalytical model for evaluating the free-carrier loss in the waveguide layer...
In order to decrease the generated heat during pumping laser crystals, and enhance the efficiency of...
THESIS 6724Because of their efficiency, small size and reliability high power laser diodes are used ...
A novel asymmetric broad waveguide diode laser structure was designed for high power conversion effi...
Abstract Design considerations for high pulsed power and brightness 1.5 μm laser emitters for laser...
Abstract InGaAsP/InP high pulsed power lasers operating in the range of 1.3–1.6 μm have been intens...
Abstract We report first experimental results on a high-power pulsed semiconductor laser operating ...
Abstract—A new laser design for single-mode high-power appli-cations is reported. The waveguide is a...
We report first experimental results on a high- power pulsed semiconductor laser operating in the ey...
High power continuous wave output from diode lasers using low loss, low confinement, asymmetric stru...
It is shown, by calculations calibrated against the authors’ recent experimental data, that an eye-s...
Latest developments in single mode, high frequency and high power AlGaInN laser diode technology are...
In this paper we review the research progress on single-frequency waveguide lasers toward high-power...
High peak power and brightness eye-safe lasers are desired in automotive LIDAR, for example. We addr...
High-power 1.91-µm (AlGaIn)(AsSb) quantum-well diode laser single emitters and linear arrays with im...
We present a simple semianalytical model for evaluating the free-carrier loss in the waveguide layer...
In order to decrease the generated heat during pumping laser crystals, and enhance the efficiency of...
THESIS 6724Because of their efficiency, small size and reliability high power laser diodes are used ...
A novel asymmetric broad waveguide diode laser structure was designed for high power conversion effi...
Abstract Design considerations for high pulsed power and brightness 1.5 μm laser emitters for laser...
Abstract InGaAsP/InP high pulsed power lasers operating in the range of 1.3–1.6 μm have been intens...
Abstract We report first experimental results on a high-power pulsed semiconductor laser operating ...
Abstract—A new laser design for single-mode high-power appli-cations is reported. The waveguide is a...
We report first experimental results on a high- power pulsed semiconductor laser operating in the ey...
High power continuous wave output from diode lasers using low loss, low confinement, asymmetric stru...
It is shown, by calculations calibrated against the authors’ recent experimental data, that an eye-s...
Latest developments in single mode, high frequency and high power AlGaInN laser diode technology are...
In this paper we review the research progress on single-frequency waveguide lasers toward high-power...
High peak power and brightness eye-safe lasers are desired in automotive LIDAR, for example. We addr...
High-power 1.91-µm (AlGaIn)(AsSb) quantum-well diode laser single emitters and linear arrays with im...
We present a simple semianalytical model for evaluating the free-carrier loss in the waveguide layer...
In order to decrease the generated heat during pumping laser crystals, and enhance the efficiency of...
THESIS 6724Because of their efficiency, small size and reliability high power laser diodes are used ...
DOI
Add to ORKG