Titlebook: Solar Energy Harvesting with Photosynthetic Pigment-Protein Complexes; Sai Kishore Ravi,Swee Ching Tan Book 2020 Springer Nature Singapore

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模仿

Interfacing Photoproteins with Mechanoresponsive Electrolytes for Enhancing Photocurrent and Stabilr global abundance, environmental compatibility and near-unity quantum efficiencies. However, it has been challenging to achieve high photocurrents in a device setup due to limitations imposed by low light absorbance by protein monolayers and/or slow long-range diffusion of liquid-phase charge carri

廢止

Integrating the Light Reactions of a Photoprotein and a Semiconductor for Enhanced Photovoltage, quantum efficiency, and there is increasing interest in their use as sustainable materials in biohybrid devices for solar energy harvesting. This chapter presents a new strategy for boosting the open-circuit voltage of photoelectrochemical cells based on a bacterial photosynthetic pigment-protein b

ADAGE

,Role of Band-Structure Approach in Biohybrid Photovoltaics—A Path Beyond Bioelectrochemistry, photosynthetic systems have succeeded in efficiently harvesting solar energy which is key to the sustenance of life on earth. With numerous advances in understanding the structure and function of the natural photosystems, the last decade has witnessed new perspectives in developing Bio-inspired Pho

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Bio-Schottky Semi-Artificial Photosynthetic Devices,th synthetic components. This chapter describes a recently reported semi-artificial system for solar energy conversion that synergistically combines photoreactions in a purple-bacterial photosynthetic membrane with those in three types of transition metal-semiconductor Schottky junctions. A transpar

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