Description
The initial agglomeration of 55 10nm radius magnetic nanoparticles in a periodic box, suspended in a fluid with the viscosity of water at 300K. As the simulation progresses the particles start to coalesce however the simulation is too short to see the formation of longer chains of MNPs.
The spherical mesh represents the size of the particles (10nm radius), the central black sphere is the centre of the MNPs. The periodic box is 1000nm along each edge. The simulation time of the video is 3.3 × 10^4 ps.
Contact person is author. E: jcook05@qub.ac.uk
The spherical mesh represents the size of the particles (10nm radius), the central black sphere is the centre of the MNPs. The periodic box is 1000nm along each edge. The simulation time of the video is 3.3 × 10^4 ps.
Contact person is author. E: jcook05@qub.ac.uk
| Date made available | 09 Jun 2020 |
|---|---|
| Publisher | Queen's University Belfast |
| Date of data production | 02 Dec 2019 |
Student theses
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Radio frequency heating of magnetic perovskite nanoparticles in solution for biomedical applications
Author: Cook, J., Jul 2020Supervisor: Poulidi, D. (Supervisor) & Stella, L. (Supervisor)
Student thesis: Doctoral Thesis › Doctor of Philosophy
File
Datasets
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Mango: A molecular dynamics simulation engine
Cook, J. (Creator) & Stella, L. (Creator), Queen's University Belfast, 2020
DOI: 10.17034/903575ce-fca6-4300-9d47-c86743347f84, https://mangocode.gitlab.io/
Dataset