VESTA Tutorial - 12 Create g-C₃N₄ Unit Cell & √3×2 Supercell in VESTA

Описание: Ref: https://doi.org/10.1016/j.ijhydene.20...

Learn how to model the g-C₃N₄ (graphitic carbon nitride) unit cell and generate its √3×2 supercell using VESTA software!

In this tutorial, we start from scratch, build the unit cell, and then scale it into a supercell for further simulations or visualization.

📌 What you’ll learn:
1. Building a g-C₃N₄ unit cell
2. Supercell transformation: √3 × 2
3. Tips for clean and clear atomic visualizations in VESTA

Vesta is visualization software used primarily for examining and analyzing crystal structures. It allows users to view and manipulate crystal structures in three dimensions. It's often employed in materials science, chemistry, and related fields to understand the arrangement of atoms in crystalline materials.

Some of its key features include:
1. 3D Visualization: Vesta provides tools to visualize crystal structures in three dimensions, allowing users to rotate, zoom, and inspect the atomic arrangement.
2. Crystallographic Data: It can read various file formats containing crystallographic data, such as CIF (Crystallographic Information File) and POSCAR (VASP input file format).
3. Crystal Symmetry: Vesta can display crystal symmetry elements, which are essential for understanding the properties of crystalline materials.
4. Analysis Tools: The software offers tools for analyzing crystal structures, such as bond distances, angles, and coordination environments.
5. Customization: Users can customize the visualization settings to suit their preferences and research needs.

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