Optimizing InAs/InP (113) B quantum dot lasers with considering mutual effects of coverage factor and cavity length on two-state lasing
S Yazdani, E Rajaei… - International Journal of …, 2014 - indianjournals.com
S Yazdani, E Rajaei, A Shafieenezhad
International Journal of Engineering Research, 2014•indianjournals.comThe optical gain and output power of quantum dot (QD) lasers with different coverage factors
and cavity lengths have been investigated as a function of injection current that show
differences lasing from the ground state (GS) and exited state (ES) and in order to compare
numerical results for turn on delay we have calculated photon density for ground state.
and cavity lengths have been investigated as a function of injection current that show
differences lasing from the ground state (GS) and exited state (ES) and in order to compare
numerical results for turn on delay we have calculated photon density for ground state.
The optical gain and output power of quantum dot (QD) lasers with different coverage factors and cavity lengths have been investigated as a function of injection current that show differences lasing from the ground state (GS) and exited state (ES) and in order to compare numerical results for turn on delay we have calculated photon density for ground state.
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