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可扩展的Nanohelices的预测研究和增强的3D可视化

JoVE Journal
Engineering

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JoVE Journal Engineering

Scalable Nanohelices for Predictive Studies and Enhanced 3D Visualization

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可扩展的Nanohelices的预测研究和增强的3D可视化

DOI:

10.3791/51372-v

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08:03 min

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November 12, 2014

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Kwyn A. Meagher, Benjamin N. Doblack, Mercedes Ramirez, Lilian P. Davila

¹Materials Science and Engineering, School of Engineering,University of California Merced, ²Computer Science and Engineering, School of Engineering,University of California Merced

Chapters

00:05Title
02:10Preparing NanospringCarver Files and Starting MATLAB on a LINUX PC
03:22Modifying and Using a Graphical User Interface (GUI) to the NanospringCarver Program
05:15Verifying NanospringCarver Results in an Open-source Visualizer and Using NanospringCarver Results in Molecular Dynamics Tensile Simulations on Nanosprings
06:27Results: Atomistic Silica Nanoribbon and Nanospring Models
07:19Conclusion

Summary

Automatic Translation

nanohelical结构的精确建模是预测模拟研究导致了新的纳米技术应用很重要。目前，软件包和代码创建原子论螺旋模型的限制。我们提出旨在打造原子论nanohelical模型模拟两个程序，和一个图形界面，以提高通过可视化的研究。

Tags

Keywords: Nanohelices Nanoribbons Nanosprings Silica Glass Molecular Dynamics Simulations Computational Procedures AWK Programming C++ Code MATLAB GUI Atomistic Models Helical Structures Energy Harvesting

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