Building Heterostructure in VESTA

In this tutorial video, I provide a step-by-step guide on how to build a heterostructure using VESTA, a powerful tool for visualization and analysis of crystal structures. I walk you through the process of creating the supercell, adding individual layers, and performing analysis on the resulting structure. This video is ideal for students, researchers, and professionals interested in materials science, solid-state physics, and crystallography. By the end of this tutorial, you will have gained valuable insights into the creation and analysis of heterostructures and be able to apply the knowledge to your own research.
#VESTA #heterostructure #supercell #crystalstructures #materialsresearch #solidstatephysics #crystallography #tutorial #science #engineering #visualization #learningmadeeasy #researchtips #careerdevelopment #simulation #scientificvisualization #stepbystep #researchhacks

[@kanagaraj8257]

Great nice explanation

[@Learning432]

Great Job Hi, please make a video on " how to make heterostructures in VESTA/Material studio of NiS/Ni9S8" Thank you so much.

[@dr.shahidramay6728]

Please explain how to make composite materials like two oxides using CIF files?

[@mustafaaeea2722]

Thank you for your informative videos. I wonder if you can make a video of Alpha Al and Al2o3 structure. It can be something Al2o3 in the middle and Al on both sides. They have different structure how to adjust their lattice mismatch pls

[@vinaythakur4183]

The method appears to be quite valuable; however, there are instances where matching lattice parameters may not be feasible, especially when the parameter difference is significantly large. Can you recommend any alternative approaches?

[@고듕이공부용채널]

I need answer to this question

[@dr.sasirekhavenkidusamy571]

The number of atoms are too high, so it will take too long for computatio, how to reduce , and how to form hetero structure for at particular clever surface

[@suchendraspoetrylane6256]

Hi, Thanks for the video. I was trying to make heterostructure. I have a question. why did you delete the periodicity along a and b by removing atoms ?

[@DnyaNiPhysicsWorld]

In order to satisfy the periodic boundary condition, we must delete the periodicity along a and b. Since we have added vacuum to c, we do not need to adhere to the periodic boundary condition along c.

[@Farahalmasari-bz9dp]

Hi , thanks alot for the video, it is really helpful. Do u provide a private lessons ?

[@DnyaNiPhysicsWorld]

Hi there! Thank you for watching my video and for your kind words. I'm glad to hear that you found it helpful. Regarding private lessons, I do offer tutoring and personalized coaching sessions. If you're interested, feel free to mail me at [e-mail] and we can discuss the details further. Thank you again for your support.

[@ChemicalReactionEngineer-yj3po]

Kindly send the xyz file of this heterostructure