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Enhanced Solar Cell Performance with Pt-based ‘Roller-Wheel’ Molecules; Utilising Transient Absorption for Excited State Energies and Lifetimes

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Enhanced Solar Cell Performance with Pt-based ‘Roller-Wheel’ Molecules; Utilising Transient Absorption for Excited State Energies and Lifetimes

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  • Author: Ian N. Stanton, Ph. D.
Engineering new materials with unique and valuable electronic and optical properties is paramount in the design of new devices from memory storage to creating the next generation of organic photovoltaic solar cells. Having the ability to measure and quantify the energies and lifetimes of photo-generated excited states is of utmost importance in the design of molecules that possess the desirable traits needed for these applications. Edinburgh Instruments has designed the LP980 Transient Absorption (Flash Photolysis) Spectrometer to be the world’s only commercially available spectrometer to feature dual detector options for direct kinetic and spectral measurements required for research into novel materials for solar energy conversion.

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