Quantitative Recombination and Transport Properties in Silicon from Dynamic Luminescence

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The book delves into harmonically modulated luminescence, highlighting its ability to provide sensitive measurements of carrier lifetime in semiconductors with minimal prior information. It explores theoretical and experimental advancements in this technique, addressing dynamic carrier lifetime challenges, particularly in nonuniform recombination rates. The work outlines a comprehensive approach to harmonically modulated carrier lifetime metrology applicable throughout solar cell production, demonstrating its effectiveness in measuring recombination properties, spatially resolved lifetime calibration, and assessing dopant concentration and minority carrier mobility.