Materials Studio | Complete Tutorial Part 3 | Modifying Crystal Structures (Doping, Supercell) #dft

🚀 Materials Studio 2023 – Master Crystal Structure Modification (Supercell, Doping, Lattice) Materials Studio | Complete Tutorial Part 3 | Modifying Crystal Structures (Doping, Supercell) #dft Welcome to Part 3 of our complete Materials Studio 2023 tutorial series! Now that you can import structures, it's time to master the essential skills of modifying them. In this episode, I'll guide you through the key techniques for building advanced crystal models ready for accurate DFT, MD, and property calculations. Resources and Materials: https://materialsmadeeasy.gumroad.com/ 📢 **Need Personalized Help with Your Simulations?** I offer **1-on-1 guidance** for students, researchers, and professionals working with: 🔬 **Materials Studio** • **DFT (CASTEP/DMol3)** • **COMSOL Multiphysics** 📊 **X'Pert HighScore** • **ANSYS** • **Origin** • **VESTA** • **LAMMPS** • **Quantum ESPRESSO** ✅ Step-by-step troubleshooting ✅ Help with thesis or research projects ✅ Affordable, beginner-friendly sessions ✅ Any software used in materials science & engineering 📧 **Email me directly:** **[email protected]** Let's work together to get your simulations running smoothly! 💻🔬 ✔ ✅ What You’ll Learn in this Part: Creating Supercells: Learn how to build a 2x2x2 (and larger) supercell to model surfaces, defects, and more realistic systems. Atom Substitution (Doping): Step-by-step guide on replacing atoms to model doped materials (e.g., Ni-doped MgO, P-doped Si) for catalysis and semiconductor research. Redefining the Lattice: How to change the unit cell parameters, convert to a primitive cell, and adjust the lattice for specific simulation needs. Best Practices: Pro tips to ensure your modified structures are physically sensible and ready for geometry optimization. 📌 Timestamps: 00:00 – Visual Effects 00:27 – Unit cell to Supercell 01:10 – Supercell to Unit Cell 01:45 – Doping foreign atoms 02:50 – Graphite to Graphene 🔬 Why These Skills Are Essential: Model realistic defect chemistry and doping for catalysis & semiconductors. Create surfaces of the correct size for adsorption studies. Set up complex systems for molecular dynamics simulations. Avoid common errors that lead to failed calculations. 💡 Need Help? Stuck on building a specific model? Have a question about doping concentrations? Leave a comment below, and I'll help you out! 🔔 Subscribe and hit the bell so you don't miss Part 4, where we'll start with our first calculations: Geometry Optimization and Energy Minimization! 📢 Share this series with your lab mates and fellow researchers in computational materials science, nanotechnology, and drug design! #MaterialsStudio #BIOVIA #ComputationalChemistry #DFT #MolecularDynamics #CrystalStructure #Doping #Supercell #MaterialsScience #PhDResearch #Nanotechnology #CatalysisResearch #Simulation #Modeling #Trending #Viral #ViralVideo #TrendingVideo #Youtube #Youtubevideo #FYP #ForYoupage #foryou #ytvideo #Youtuber #Foryoupage #trendingtoday #YoutubeToday