VASP 6.5.0 Tutorial⚡Seebeck • Conductivity • Power Factor • ZT• Carrier Mobility 📈 Thermoelectrics 🚀

Описание: Learn how to calculate and analyze thermoelectric properties using VASP 6.5.0! 🚀

#VASP6 #VASP6Tutorial #Thermoelectrics #SeebeckCoefficient #ElectronicConductivity #ThermalConductivity #PowerFactor #FigureOfMerit #ZT #MaterialsScience #DFTCalculations #VASP6Guide #ThermoelectricMaterials #MaterialsModeling #ThermoelectricProperties #VASP6.5 #deobratqmatx

In this tutorial, we break down all the key parameters for thermoelectric materials:
🔹 Seebeck Coefficient (S) – Measure the voltage generated by a temperature difference
🔹 Electronic Conductivity (σ) – Understand how well electrons move through a material
🔹 Electronic Thermal Conductivity (κₑ) – Track heat transport by electrons
🔹 Power Factor (PF) – Evaluate efficiency for energy conversion
🔹 Figure of Merit (ZT) – Predict thermoelectric performance

We’ll guide you step-by-step in VASP 6.5.0, showing how to extract all these properties from your calculations. Perfect for materials science students, researchers, and enthusiasts! 💡

📌 Timestamps:
0:00 – Thermoelectric (TE) properties in VASP 6.5.0
1:12 – Input files for TE
6:15 – Output data in OUTCAR of Seebeck, Conductivity, Power Factor, Carrier Mobility
7:28 – Data generation as a .dat file of Seebeck, Conductivity, Power Factor
11:30 – Power factor graph plotting in XMgrace
17:25 – Data generation at different temperature

=================================================
If you are interested in content on DFT simulations, molecular electronics, DNA and amino acid sequencing, catalysis, energy harvesting, and next-generation battery technologies, then you are at right place.

#MaterialsScience #DFT #Nanotechnology #MolecularElectronics #BioNanotechnology #DNANanotech #EnergyResearch #GreenHydrogen #Catalysis #Batteries #EnergyHarvesting

🌍 In this Channel you will find:

-Density Functional Theory (DFT) & Atomistic Simulations

-Computational approaches for Materials Discovery

-Hydrogen Production & Electrochemical Catalysis (HER, ORR, OER)

-Nanogenerators and Energy Harvesting Devices

-Rechargeable Batteries (Li, Na, Mg, Metal–Air)

-Molecular Electronics & Bio-Nano Interfaces

-DNA and Amino Acid Sequencing with Computational Tools

🔗 Connect With Me

✉️ Email: [email protected]
📖 Google Scholar: https://scholar.google.com/citations?...
📘 ResearchGate: https://www.researchgate.net/profile/...
💼 LinkedIn:   / deobrat-singh-b19976186  
🌐 Personal Website/Portfolio: https://www.kth.se/profile/deosing

📌 Support the Channel

👉 Don’t forget to Subscribe for tutorials, research explainers, and updates on cutting-edge discoveries in materials science, nanotechnology, and sustainable energy.
🔔 Turn on notifications to never miss an upload!