Transcription of CHAPTER 13 SEMICONDUCTOR LASERS - UGent
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CHAPTER 13 SEMICONDUCTOR LASERS - UGent
CHAPTER 13 SEMICONDUCTOR LASERS Pamela L . Derry Luis Figueroa Chi-Shain Hong Boeing Defense & Space Group Seattle , Washington 1 3 . 1 GLOSSARY A Constant approximating the slope of gain versus current or carrier density C Capacitance c Speed of light D Density of states for a transition D c Density of states for the conduction band D y Density of states for the valence band d Active layer thickness d ef f Ef fective beam width in the transverse direction d G Guide layer thickness dg / dN Dif ferential gain E Energy of a transition E c Total energy of an electron in the conduction band E g Bandgap energy E n The n th quantized energy level in a quantum well E c n The n th quantized energy level in the conduction band E y n The n th quantized energy
CHAPTER 13 SEMICONDUCTOR LASERS Pamela L . Derry Luis Figueroa Chi-Shain Hong Boeing Defense & Space Group Seattle , Washington 1 3 . 1 GLOSSARY A Constant approximating the slope of gain versus current or carrier density
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