Build atomistic structures of carbon nanotubes with the possibility to add functional groups (OH, COOH, COO-) and assigns generalized Amber (GAFF) parameters to them.
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carbon-nanotubes
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CNTT, also spelled C-entity, is an acronym for Carbon Nano Tube Tool. It's a tool for computing, displaying and manipulating properties of carbon nanotubes.
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- Python
Electrostatic-Quantum Transport framework based on nonequilibrium Green's function method for modeling field effect transistors (FETs)
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- C++
Calculation of intersubband plasmons in doped carbon nanotubes.
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- Fortran
Simulation for the conduction between carbon nanotubes (CNTs) in a random network field effect transistor
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- Python
An old Fortran program for generating carbon nanotube coordinates.
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- Fortran
Code to generate randomised initial periodic molecular structure with 2 molecule types for MD simulations
liquid molecular-dynamics-simulation solvent carbon-nanotubes molecular-modeling nanotechnology periodic-boundary-conditions solute binary-system
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MD simulations of imidazolium ionic liquids with carbon nanotubes | Springer 2024 | NAMD • OPLS-AA • Diffusion • Interaction Energy
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Associated repository for the "Should we be building Space Elevators to reduce cost to access space?" 15 minute discourse podcast on YouTube!
podcast space conversation carbon-nanotubes space-exploration nanotubes space-elevators democratized-space
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The main objective in this analysis will be to use deep learning algorithms to predict atomic coordinates of carbon nanotubes. Using the carbon nanotubes dataset from the UCI Machine Learning data repository.
machine-learning deep-learning tensorflow keras artificial-intelligence artificial-neural-networks carbon-nanotubes
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- Jupyter Notebook
Ansys Mechanical APDL files for mesh generation and simulation of carbon reinforced composites
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A Blender Python add-on for generating graphene sheets and carbon nanotubes (CNTs) with customizable chirality, geometry, and atomic properties. This tool allows users to create accurate 3D atomic models directly in Blender, ideal for visualization, simulation preparation, or educational use.
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- Python
Monte Carlo simulation of exciton diffusion in carbon nanotube networks
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- C++
This repository contains source code and PCB designs for a switch matrix to measure carbon nanotube field-effect transistors.
arduino paper pcb relays carbon-nanotubes puf smu physical-unclonable-functions switch-matrix pcb-design nanoelectronics
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A cutting-edge approach to accelerating Carbon Nanotube (CNT) growth via a human-AI hybrid system that leverages advanced generative AI techniques and feedback loops.
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- Jupyter Notebook
An open source with graphical user interface (GUI) for choosing a minimal sensor set out of analyte-sensor screening data, that preserves both accuracy and minimal sensor number.
wrapper gui algorithm chemistry feature-selection classification voronoi-diagram experiments sensors data-filtering quadratic-discriminant-analysis carbon-nanotubes limited-data chi-square-statistics analytes
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- MATLAB
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