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What is the difference between natural graphite and artificial graphite?

The crystal development of natural graphite is relatively complete, the graphitization degree of natural flake graphite is usually above 98%, and the graphitization degree of natural microcrystalline graphite is usually below 93%.…

Highly efficient charge-to-spin interconversion in graphene heterostructures

This research paves the way for the application of graphene as an active spintronic component for generating, controlling, and detecting spin current without ferromagnetic electrodes or magnetic fields. Graphene is a promising spintronic co…

Small: combining donor acceptor structure and non planar conformation to realize high performance near infrared photothermal and photodynamic effects of organic small molecular materials

Due to the high penetration non-invasive properties of near-infrared light (NIR) materials scientists have developed a variety of near-infrared one region nanomaterials for photodynamic therapy / photothermal therapy (PDT / PTT). These mater…

Advanced science: the core-shell structure introduced by in-situ reaction significantly improves the thermoelectric properties of SNTE based materials

thermoelectric materials can realize the mutual conversion of heat energy electric energy simply by establishing temperature difference or applying current which has a very important application prospect in thermoelectric power generation s…

Small structures: synthesis strategy and catalytic application of nano high entropy materials

high entropy alloy (HEA) is a kind of material which contains five or more metal elements (5-35 at.%). Because of its lattice distortion slow diffusion it is widely used in thermal electrical magnetic mechanical fields. In recent years with…

Infomat: light matter interaction in two dimensional materials enhanced by micro nano optical structure

As the representative of two-dimensional transition metal materials spkds has broad application prospects in the field of optoelectronic devices. Two dimensional materials have unique properties such as tunable b structure full interface cha…

Small structures: low loading Pt nanoclusters anchored on graphene hollow spheres for efficient hydrogen evolution

hydrogen is an important renewable energy with high calorific value zero pollution. Hydrogen production by electrocatalytic decomposition of water is one of the main methods to produce H2. In the process of water cracking suitable catalysts…

Infomat: double sided modification to stabilize the electronic structure of boron alkenes

The discovery of graphene its excellent properties have aroused unprecedented interest in two-dimensional (2D) materials. In the past decade scientists have proposed synthesized a large number of hexagonal two-dimensional materials. However…

Advanced energy materials: electronic structure control of ultrathin nitrogen rich co-mo5n6 heterojunction to enhance electrocatalytic hydrogen evolution performance

Because of its high calorific value environmental friendliness is regarded as an ideal energy in the future. So far the large-scale hydrogen production mainly depends on the consumption of fossil fuels which causes serious pollution. However…