【摘 要】
：
Using first-principles calculations combined with scanning tunneling microscopy experiments,we investigated the adsorption configurations,electronic structures and the corresponding growth mechanism o
【机 构】
：
Institute of Physics,Chinese Academy of Sciences Beijing 100190,P.R.China
【出 处】
：
The 6th International Conference on Nanoscience and Technolo
论文部分内容阅读
Using first-principles calculations combined with scanning tunneling microscopy experiments,we investigated the adsorption configurations,electronic structures and the corresponding growth mechanism of several transition metal(TM)atoms(Pt,Ru,Ir,Ti,Pd,Au,Ag,and Cu)on a graphene/Ru(0001)moiré template(G/Ru(0001))at low coverage.
其他文献
The contamination of toxic dyes is the most important problem facing all over the world for water sources,environment and living beings.
The expanding development and production of nanomaterials have diverse and reach potential benefits in many fields,such as food,commodity,drugs,medical devices,etc.
Graphene is a 2D,single-atom thick carbon sheet with large surface area and special surface properties.
Porous aluminum with high surface area for aluminum electrolytic capacitors was obtained by etching aluminum foils in hot hydrochloric acid solution under direct current(DC).
Titanium dioxide nanoparticles(TiO2 NPs)have potential applications as food additives,but concerns persist about their safety.[1,2] The current studies mainly focus on the health groups,effect of TiO2
Purpose: Fe3O4 nanoparticles have wide applications in biomedical researches,including biomedical imaging,tumor targeting,magnetic separation,magnetic resonance imaging(MRI),thermal therapy and drug d
Aim: Our previous research shows,embryonic 11.5(E11.5)of mice was an important time node for 13 nm gold nanoparticles(GNPs)on their transplacental transfer,after which 13 nm GNPs in the maternal circu
Uncontrolled growth and metastasis are two fatal hallmarks of malignant tumors,which represent the dominant challenges for clinical cancer therapy.[1,2] The recent advances in cancer biology has great
Recently,much attention has been devoted to addressing the drag reduction property of superhydrophobic surface,a majority of which focused on the relationship of the drag reduction performance and spe
Since the Dirac fermions was first observed in graphene,Dirac states have been proposed and studied in many other Dirac materials.Boron,as the neighbor of carbon in the periodic table,has attracted en