CHEM 737 - ORGANIC PHOTOVOLTAICS

3 cr hrs

Description Organic materials provide a variety of interesting and new properties, which facilitate the realization of novel electronics (photovoltaics, light emitting diodes, transistors and circuits). This course covers properties of sunlight (air mass, photon energy, solar photon flux, and solar spectral irradiance), basic concepts (e.g. solitons, polarons, bipolarons), doping and processing, electronic structures, photo-induced excitons and charge carriers, energy generation and transport in organic semiconductors, basic types of organic photovoltaic devices, and their operation, mechanism and fabrication. The goal of this course is to introduce material properties and device mechanism of organic semiconductors and their applications in photovoltaics.

Notes
Cross-listed with EE/MES 737 at SDSU/SDSM&T.
Changed from CHEM 717 to CHEM 737 Fall 2013.

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