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Solution Based Synthesis of Copper-Arsenic-Chalcogen Nanoparticles

总结: The researchers' compounds utilize an earth abundant copper-arsenic-chalcogen compound, resulting in more efficient, higher quality manufacturing applications, such as roll-to-roll manufacturing. As a result, this solution-based copper-arsenic-chalcogen compound is of great interest to solar absorbing material manufacturers, providing an opportunity to use a compound with an easier synthesis process than previously available.

详细技术说明: Rakesh AgrawalPurdue Chemical EngineeringSolar Energy Research GroupLiquid Fuels Research GroupSeparations Research Group

*Background: Prior to the development of a method to dissolve selenium and sulfur based chalcogenides in solution, there was no easy way to utilize such compounds to make nanoparticles despite their potential for use in semiconductor manufacturing. Now that such a method exists, the same Purdue University researchers that developed that method have developed a process for synthesizing tetragonal luzonite and cubic tennantite. These compounds exhibit favorable semiconductor properties that are similar to the well-studied CZTSSe compound, including p-type conductivity, direct band gap transition, and ideal band gap energy, for use in solar conversion materials.

*Web Links: Purdue Office of Technology CommercializationPurdueInnovation and EntrepreneurshipRakesh AgrawalPurdue Chemical EngineeringSolar Energy Research GroupLiquid Fuels Research GroupSeparations Research Group

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