Quantitative Recombination and Transport Properties in Silicon from Dynamic Luminescence

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The book presents advancements in harmonically modulated luminescence, a technique that enhances luminescence metrology for evaluating carrier lifetime in semiconductors with minimal prior information. It details theoretical foundations and experimental validation, addressing dynamic carrier lifetime techniques and their behavior in nonuniform recombination rates. The work outlines a comprehensive approach to carrier lifetime metrology applicable throughout the solar cell production process, showcasing methods for assessing recombination properties, carrier lifetimes, dopant concentration, and minority carrier mobility.