Make a heterostructure or interface using Vesta - pt. 1

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  • Опубликовано: 11 сен 2024
  • In this video, we make a heterostructure between the Au(111) surface and a NO molecule. This video makes use of technique such as cutting of surface using Vesta as well as adding vacuum using Vesta. For a more in-depth discussion of these points, please see the links below.
    Links:
    Slab cutting using Vesta for Au: • Slab Cutting using Ves...
    Adding Vacuum using Vesta: • Supercell construction...
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    Want to learn how to make 2D material heterostructures?
    Join the course to learn in full detail how to make 2D material heterostructure using VESTA + early join new Slack community. Below is a link to the course for the full description:
    Udemy Course Link:
    www.udemy.com/...

Комментарии • 31

  • @sunatimohanty2686
    @sunatimohanty2686 4 года назад +1

    Very nice way to approach..good for learning

  • @MRF77
    @MRF77 4 года назад

    *Please do some surface calculations of these 111 exposed heterostructure cells using Quantum Espresso in the future videos.*

  • @omermutasim1200
    @omermutasim1200 4 года назад

    you saved my life. Thanks a lot
    Do you have another video that shows different positions of organic molecule , for example hollow position, .. etc

    • @nickelandcopper5636
      @nickelandcopper5636  4 года назад +1

      I don’t, maybe in the future though. You could just change the coordinates of the molecule in the vasp file

  • @navidhaghmoradi
    @navidhaghmoradi 3 года назад +1

    Thank you very much for these videos. Could you please prepare a video to prepare graphene oxide structure? with different types of oxygen functional groups?

    • @nickelandcopper5636
      @nickelandcopper5636  3 года назад

      Hi, sorry for the late reply. Can you please show me the system? Maybe a reference

  • @PedroRodriguez-ui8sx
    @PedroRodriguez-ui8sx 5 лет назад

    Fine video as usual.

  • @arvindpatil7836
    @arvindpatil7836 Год назад

    Thank you

  • @sciencecraze
    @sciencecraze 7 месяцев назад

    Sir, is this the ''surface adhesion'' species on a crystal? species or compounds that stick to the surface by adhesion?

  • @andrejvidak3380
    @andrejvidak3380 4 года назад +1

    @Nickel and Copper
    Do you have input file for QE ?

  • @harishabibi8991
    @harishabibi8991 3 года назад

    Very helpful sir, can you please tell me how to use Graphene as a substrate on CdS

  • @yume3844
    @yume3844 2 года назад

    Therefore, we can use vesta to replace material studio right?

  • @MRF77
    @MRF77 4 года назад

    I used the same structure of Au(111) that I cut using your other video, and now I try to transform to 3*3*3 the cell gets bigger the space does NOT populate with Au atoms! Please help!!

  • @abraraminkhan1384
    @abraraminkhan1384 3 года назад

    Dear,
    Can Vesta read a text file; like lammps data file format? if the answer is in negative can you help me figuring out how a laamps dara file type (text file) can be imported in VESTA? TIA

  • @tanmaykonnur9332
    @tanmaykonnur9332 3 года назад

    How did you decide to place the Nitrogen atom 1 Angstrom above the surface? Can we take the distance between the surface and any other diatomic gas to be 1 Angstrom?

    • @nickelandcopper5636
      @nickelandcopper5636  3 года назад

      It was just a random guess based on intuition. You should do a geometry relaxation after making a new system anyways, which will optimize the positions of all the atoms to minimum energy

  • @ibukunolaniyan1072
    @ibukunolaniyan1072 4 года назад

    Nice Video...Thank you so much...Can you make a video about the heterostructure of Silicon and strontium titanate?

    • @nickelandcopper5636
      @nickelandcopper5636  4 года назад +1

      Hi thanks for the comment. I would need to know the crystal structure and faces that should touch. Ex. Is the interface between 111 surface of silicon and 001 surface of strontium titanate ?

    • @ibukunolaniyan1072
      @ibukunolaniyan1072 4 года назад

      @@nickelandcopper5636 001 surface of silicon and 111 surface of STO

    • @nickelandcopper5636
      @nickelandcopper5636  4 года назад +1

      Thanks. I’ll check to see if it’s possible. Well, it will always be possible, but the cell sizes may need to be enormous. By possible I mean to be able to be made using small supercells of each type

    • @nickelandcopper5636
      @nickelandcopper5636  4 года назад +1

      Can you please tell me the space groups of each crystal

    • @ibukunolaniyan1072
      @ibukunolaniyan1072 4 года назад

      @@nickelandcopper5636 for STO.. Pm-3m.
      Silicon Fd-3m
      Thanks ❤️❤️❤️

  • @mehrez387
    @mehrez387 4 года назад

    I have a question regarding 2D materials like MoTe2 or WSe2, let's suppose that i have prepared a monolayer of WSe2 using VETSA with a unit cell of 4x4x1, how can i add vacuum to that unit cell? do i need to take periodic boundary conditions into account before using the coordinates and cell parameters into other electronic structure calculation procedures? Thank You!

    • @nickelandcopper5636
      @nickelandcopper5636  4 года назад +1

      Jaafar Mehrez i have a video where I add vacuum to a WSe2 monolayer. Use that structure and expand it to make the 4x4x1

  • @shahfahad1854
    @shahfahad1854 5 лет назад

    Dear sir,
    Thanks, can we use this file for vasp execution?

    • @nickelandcopper5636
      @nickelandcopper5636  5 лет назад

      Hi Shah, yes. Any electronic structure software package that takes atomic position coordinates as an input.

  • @bilalahmadshiekh9943
    @bilalahmadshiekh9943 5 лет назад

    Kindly build a molecule surface interface using vesta