【摘 要】
：
Understanding the interactions between nanoparticles is of importance to both natural phenomena and industrial applications.However, the continuum models developed at the macroscale do not generally a
【机 构】
：
Laboratory for Simulation and Modelling of Particulate Systems School of Materials Science and Engin
【出 处】
：
4th China - Australia Symposium for Materials Science(第4届中国-
论文部分内容阅读
Understanding the interactions between nanoparticles is of importance to both natural phenomena and industrial applications.However, the continuum models developed at the macroscale do not generally apply to nanoparticles due to the neglect of the nature of atomic discrete structure and surface effects.In our recent studies [1,2], molecular dynamic (MD) simulations have been used to study interaction forces between nanospheres including the van der Waals (vdW) attraction, Born repulsion and mechanical contact forces during a head-on impact.
其他文献
The recent research activities on low-dimensional materials in School of Materials & Engineering, Jilin University, China, have been reviewed in this presentation.The investigated low-dimensional mate
Un-doped ZnO thin films were prepared by pulsed electron beam deposition on silicon and silica substrates.By annealing in flowing argon, oxygen defects were generated in the films, which induced room-
Metal azolate coordination supramolecules, especially Metal Azolate Frameworks (MAFs),1 has become increasingly significant in the fields of inorganic chemistry and chemical materials.Compared with ot
Chemicals containing both protic and hydridic hydrogens are potential hydrogen storage materials.Amide-hydride composite and metal amidoboranes are the two representatives.It has been demonstrated tha
Tremendous demands for electrochemical biosensors with high sensitivity and reliability, fast response, and excellent selectivity have stimulated intensive research on the development of versatile mat
The conductometric thin film gas sensors, with ultra-fast response, high sensitivity and low power-consumption, have been urgently expected and in challenge.In this talk, a flexible strategy is presen
As Fujishima and Honda1 first presented the concept of photo-electrochemical water splitting into H2 and O2 over a TiO2 electrode, photocatalytic hydrogen production from water by semiconductors has a
Rechargeable batteries play pivotal roles in vehicle electrification and adoption of renewable energies.In this talk, I will report our research on electrode materials for lithium ion batteries, lithi
Nanocapacitors are the key component in resistive random access memory (RRAM) for next generation nanometre scaled electronic devices.It is believed that bottom up approach is a cost effective techniq
The development of advanced hydrogen storage materials and/or technologies for on-board applications is one of the key barriers for realizing the hydrogen economy.1 Research efforts mainly focus on ma