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轻弹

oracle

neuron

Structural Characterization,portant issue is to determine the structure of GO. So far, the structure of GO is still ambiguous due to its nonstoichiometry since the types of oxygen-containing groups and their arrangements across the carbon network vary substantially under different synthesis conditions. Generally, to determine

PALL

渐变

Generator

Application of GO in Energy Conversion and Storage,ns of energy storage and conversion with superior advantages. Especially, the composition of GO with specified materials not only retains the inherent characteristics of GO but also induces various characters for improving the performance in energy conversion and storage. Due to the large surface ar

生来

Application of GO in Environmental Science,al ions and organic species are deteriorating the ecological balance and human health everyday. Owing to the unique surface chemistry and architectures, GO and its composites have versatile applications in environmental protection. Metal-decorated GO can be used for capture and conversion of the har

FECT

Application of GO in Biotechnology,ater molecules. The functional groups also allow GO to noncovalently interact with biomolecules via electrostatic interaction, π‒π stacking, and hydrogen bonding. Therefore, GO with hydrophilic/active surface and high surface area is a promising material in biotechnology. Moreover, the excellent opt

Ardent

Invertebrate

https://doi.org/10.1007/978-1-4842-6309-9c fluorescence of GO in wide regions leads to applications as optical sensing and detecting. The nonlinear optical properties of GO can be utilized for optical-limiting materials and saturable absorbers. Finally, existence of functional groups also brings about excellent behavior in surface enhanced Raman scattering (SERS) of GO.