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
由于钠在地壳中有丰富的储量,约占2.74 ％,为第六丰富元素,分布十分广泛(海洋等),具有明显的成本优势,且与锂的电化学性质相似,因此室温钠离子电池适合用于大规模储能,近几年引起了大家的广泛关注.目前,在室温钠离子电池领域的主要工作是开发长寿命、低成本的正负极电极材料,寻找合适的钠离子电池电极材料是钠离子储能电池实现实际应用的关键之一.
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
We proposed a series of bi-active-component alloy type anode materials for both lithium ion batteries(LIB) and sodium ion batteries(SIB) including GePx,GeSx,GeSnx,etc.[1-3] When serving as the anode m
Due to the "ligand effect" and "ensemble effect",incorporating phosphorus into nickel metal is a promising strategy to prepare an electrocatalyst for the hydrogen evolution reaction(HER).
Electrochemical water splitting is considered one of the most promising and efficient technologies for hydrogen and oxygen production to fulfill the need for clean energy.
The electronic conductivity of an electrocatalyst is a key determinant for its catalytic performance.Herein,we report aligned cobalt metal nanoparticles for efficient electrocatalytic water oxidation.