【摘 要】
：
The ball-milling process is common in grinding machines as well as in reactors where vadons functional materials can be created by mechanochemical synthesis.A s
【机 构】
：
JoiningandWeldingResearchInstitute,OsakaUniversity
【出 处】
：
第三届纳米化学前沿论坛(Frontiers of Nanochemistry-2013)
论文部分内容阅读
The ball-milling process is common in grinding machines as well as in reactors where vadons functional materials can be created by mechanochemical synthesis.A simple milling process reduces both CO2 generation and energy consumption during materials production.
其他文献
The theoretically proposed graphene/single-walled carbon nanotube (G/SWCNT) hybrids by placing SWCNTs vertically to graphene planes through covalent C-C bonding
Graphene has been known to the science community since the pioneering work of Wallace in 1947.In this talk I share my over-fifty-year adventure in carbon scienc
Nano carbon such as fullene, carbon nanotubes and graphene have been widely explored for the applications of Li-ion batteries, supercapacitors, fuel cells, and
It is difficult to obtain pure m-SWCNTs owing to their inherent low enrichment and high reactive activities compared to s-SWCNTs [1].In recent years, many group
There are great challenges of how to realize large-scale fabrication of high-quality graphene macrostructures and large-size single crystal graphene domains, wh
In this presentation, the recent research on synthesis, characterization and applications of low-dimensional nanomaterials in my group was summarized [1].It inc
Metallic nanoparticles are of particular interest for biosensing and photovoltaic cells because of their unique optical properties.Their localized surface plasm
Nanostructures are so small that they are under tremendous influence of Brownian forces, making it impossible to make them "swim" effectively.Indeed, the smalle
Motivated by the Noble Winner material: graphene, two-dimensional (2D) materials become the center of current Nanoscience and Nanotechnology.Here, we report our
We report an atomic scale investigation of growth mechanism and direct observation of growth intermediates for CVD graphene on Cu(111) under ultrahigh vacuum co