D. M. Bruce

Amplified Spontaneous Emission,Carrier Concentration,Carrier Distribution,Cavity Length,Gain Spectrum,Laser Wavelength,Multiple Quantum Wells,Quantum Well Lasers,Short Wavelength,Accurate Theory,Band Structure,Carrier Density,Changes In Conditions,Content Of Each Well,Correlation Time,Current Function,Deep Wells,Electroluminescence,Electroluminescence Spectra,Energy Meter,Evolution Of Distribution,Free Carriers,Free Theory,Gain Characteristics,Gaussian Kernel,Increase In Concentration,Increase In Loss,Ionizing Radiation,Large Red Shift,Laser Performance,Laser Spectrum,Laser System,Lowest Energy Transition,Microscopic Model,Microscopic Theory,Net Gain,Optical Attenuation,Optical Power,Optical Spectrum Analyzer,Padé Approximation,Peripheral Regions,Pulsed Operation,Pump Current,Quantum Efficiency,Redshift,Reduction In Gain,Ridge Width,Selection Rules,Shallow Wells,Silicon Waveguide,