hierarchical organization of perylene bisimides and polyoxometalates for photo-assisted water oxidation - solar light price

Oxygen in the Earth's atmosphere is mainly due to the use of sunlight and a special protein complex Optical System II (PSII). High-
Resolution imaging of the PSII "core" complex shows the ideal total
Multi-body positioning
Color Group light-
Harvesting antenna with functional response center. Man-
The system manufactured is still far from copying the complexity of PSII, as most PSII simulations are limited to light catalysts based on the ratio of 1: 1 optical absorber, it is usually a Ru-Poly ridine complex with a water oxidation catalyst.
Here we report ourselves.
Assembly of multiple componentsperylene-
Bisimide color (PBI)
Function formed by interaction with polyoxic acid brine-
Oxidation catalyst (Ru4POM). The resulting [PBI]
5Ru4POM complex presents a robust two-parent structure and dynamically aggregates into large double-
A side-axis domain of dimensions, a red-shifted light-
> 40% harvest efficiency and favorable spin accumulation using peak quantum efficiency of "green" photons (λu2009>u2009500u2009nm).
Modular building blocks and simplicity of non-building blocks
Valence bond chemistry provides an opportunity for innovation in artificial photosynthesis.