High power continuous wave output from diode lasers using low loss, low confinement, asymmetric structures is demonstrated. An asymmetric structure with an optical trap layer was grown by metal organic vapour phase epitaxy. Gain guided 50 µm wide stripe 1-3 mm long diode lasers were studied. 1.8 W of continuous wave optical power per uncoated facet was obtained at an injection current of 4.7 A (36 mW/µm). The threshold current density is 270-400 A/cm
We report first experimental results on a high- power pulsed semiconductor laser operating in the ey...
High-power 1.91-µm (AlGaIn)(AsSb) quantum-well diode laser single emitters and linear arrays with im...
We fabricated wide-stripe laser diodes operating between 380 and 430 nm. The threshold current densi...
High power continuous wave output from diode lasers using low loss, low confinement, asymmetric stru...
A low-confinement asymmetric GaAs-AlGaAs double-quantum-well molecular-beam-epitaxy grown laser diod...
We report on the design and fabrication of high performance 800-1000 nm high power lasers using an a...
Abstract Design considerations for high pulsed power and brightness 1.5 μm laser emitters for laser...
Semiconductor injection lasers have the capability of producing very high output powers if a large a...
A novel asymmetric broad waveguide diode laser structure was designed for high power conversion effi...
This thesis presents the results of studies related to optimisation of high power semiconductor lase...
Over the last years high-power diode lasers in the wavelength window between 1.8µm and 3.0µm have de...
In order to decrease the generated heat during pumping laser crystals, and enhance the efficiency of...
Record values for the rollover power and rollover linear power densities of 9xx nm devices, obtained...
Continuous-wave operation, to as high as 7 °C, of 1.5-?m optically pumped vertical-external-cavity s...
Abstract We report first experimental results on a high-power pulsed semiconductor laser operating ...
We report first experimental results on a high- power pulsed semiconductor laser operating in the ey...
High-power 1.91-µm (AlGaIn)(AsSb) quantum-well diode laser single emitters and linear arrays with im...
We fabricated wide-stripe laser diodes operating between 380 and 430 nm. The threshold current densi...
High power continuous wave output from diode lasers using low loss, low confinement, asymmetric stru...
A low-confinement asymmetric GaAs-AlGaAs double-quantum-well molecular-beam-epitaxy grown laser diod...
We report on the design and fabrication of high performance 800-1000 nm high power lasers using an a...
Abstract Design considerations for high pulsed power and brightness 1.5 μm laser emitters for laser...
Semiconductor injection lasers have the capability of producing very high output powers if a large a...
A novel asymmetric broad waveguide diode laser structure was designed for high power conversion effi...
This thesis presents the results of studies related to optimisation of high power semiconductor lase...
Over the last years high-power diode lasers in the wavelength window between 1.8µm and 3.0µm have de...
In order to decrease the generated heat during pumping laser crystals, and enhance the efficiency of...
Record values for the rollover power and rollover linear power densities of 9xx nm devices, obtained...
Continuous-wave operation, to as high as 7 °C, of 1.5-?m optically pumped vertical-external-cavity s...
Abstract We report first experimental results on a high-power pulsed semiconductor laser operating ...
We report first experimental results on a high- power pulsed semiconductor laser operating in the ey...
High-power 1.91-µm (AlGaIn)(AsSb) quantum-well diode laser single emitters and linear arrays with im...
We fabricated wide-stripe laser diodes operating between 380 and 430 nm. The threshold current densi...