Effective Brownian ratchet separation by a combination of molecular filtering and a self-spreading lipid bilayer system

T Motegi, H Nabika, Y Fu, L Chen, Y Sun, J Zhao… - Langmuir, 2014 - ACS Publications
A new molecular manipulation method in the self-spreading lipid bilayer membrane by
combining Brownian ratchet and molecular filtering effects is reported. The newly designed …

Facile synthesis and exfoliation of micro‐sized LDH to fabricate 2D membranes towards Mg/Li separation

B Li, J Peng, M Li, Z Yang, J Lu, J Han - AIChE Journal, 2023 - Wiley Online Library
Abstract Two‐dimensional (2D) membranes have demonstrated potential for molecular
separation; however, their applicability for Li/Mg ion separation has been restricted by their …

Simulation for diffusion behaviour of molecules in nanopattern-supported lipid bilayers based on random walk theory

Y Fu, L Chen, W Sun, T Chen, Y Sun… - Molecular Simulation, 2014 - Taylor & Francis
In both the scientific and the technological approach, molecular manipulation with
microscopic obstacles is of great importance. Recently, the application of a self-spreading …

A New Random Walk Simulation Model for Study of Diffusion Behavior of Single Particle Within Two-Dimensional Space

J Zhao, L Chen, Y Fu, S Li… - Journal of …, 2012 - jelectrochem.xmu.edu.cn
Research on diffusion behaviors is of significant value in that it is closely related to transport
phenomena in micro-chemistry. However, the effects of variables on diffusion are still …

Theoretical Simulation on the Chromatographic System Based on the Random Diffusion of the Separating Particles

Y GUO, YQ FU, YL SUN, TN CHEN… - Acta Physico-Chimica …, 2012 - ingentaconnect.com
In order to dynamically track the trajectory of diffusing molecules in a chromatography
system, and to thoroughly understand its influence on chromatographic dynamics, we have …

Simulation of gas chromatographic separation based on random diffusion

Y Sun, L Wang, Z Yin, J Zhao - Se pu= Chinese Journal of …, 2022 - europepmc.org
色谱分离过程中的粒子扩散问题是色谱动力学研究的基础, 深入理解粒子的扩散行为对优化分离
操作条件, 提升色谱性能和开发新型色谱柱尤为关键. 现有的模拟方法多集中于局部过程的 …

Molecule manipulation at electrified interfaces using metal nanogates

T Motegi, B Takimoto, H Nabika, K Murakoshi - Electrochemistry, 2014 - jstage.jst.go.jp
Previously documented results on molecule manipulation using metal nanogates are
comprehensively reviewed to conclude novel characteristics, which could be widely used for …

Theoretical simulation of chromatographic separation based on random diffusion in the restricted space

J Zhao, Y Sun, Y Gao - Science China Chemistry, 2016 - Springer
The diffusion behavior of particles in the chromatography is a fundamental issue of
chromatographic dynamics. The understanding of the diffusion behaviors is particularly …

基于分离粒子随机扩散理论的色谱模拟

郭彦, 傅应**, 孙寅璐, 陈天南, 赵健伟 - 物理化学学报, 2012 - whxb.pku.edu.cn
为了对扩散分子的轨迹实施动态追踪与模拟, 深入理解分子扩散对色谱动力学的影响,
本文利用微尺度受限空间随机行走的模拟方法对色谱填充柱中的分子扩散过程进行了模拟 …

[HTML][HTML] 基于随机扩散理论的气相色谱分离模拟

SUN Yinlu, W Lin, YIN Zhiyu… - Chinese Journal of …, 2022 - ncbi.nlm.nih.gov
色谱分离过程中的粒子扩散问题是色谱动力学研究的基础, 深入理解粒子的扩散行为对优化分离
操作条件、 提升色谱性能和开发新型色谱柱尤为关键。 现有的模拟方法多集中于局部过程的 …