In the present work,we report on Li storage in spherical graphite-like BCxO3-x/C(g-BCO/C) nanostructure with an average diameter of ca.75 nm.Highly microporous g-BCO/C nanospheres with the BET specifi
Antimony-based materials,such as Sb,Sb2O3 and Sb2S3,have been extensively studied as anode materials for lithium/sodium ion batteries and always show high specific capacity.However,the reports of Sb4O
A novel solution approach was reported to fabricate hierarchical anatase TiO2 nanotubes on transparent conductive oxide substrate via a self-templated approach.Time dependent trails revealed that the
Self-supported Ni3S2 nanoporous films with hydrophilic surface grown on nickel foil were fabricated using anodization followed by sulfurization.These Ni3S2 films can serve as active bifunctional elect
Porous carbons is a kind of anode materials which presents high reversible capacities and better rate performance for lithium-ion battery.[1-3] In this work,a novel one-pot solid phase synthesis strat
The MXenes combining hydrophilic surface,metallic conductivity and rich surface chemistries represent a new family of 2D materials with widespread applications.
The strategy of N-doping in carbon materials could provide additional Li-ion storage sites to improve their electrochemical properties.Hetoroatom-containing polymers could serve as good precursors to
Nanoporous carbon materials with high specific surface areas have attracted increasing attentionsfor electrochemical energy storage applications and they also can be served as the matrix to deposit th
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CIGS thin film solar cell is the third generation of solar cells,compared with the traditional silicon solar cells,with no light attenuation effect,stable performance,low energy cost,high conversion e