Introduction to density functional theory (DFT) for battery research

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  • Опубликовано: 17 окт 2024

Комментарии • 12

  • @prabhatthapliyal9160
    @prabhatthapliyal9160 2 месяца назад +1

    Thank you for such a basic presentation. I am just a experimentalist assuming the DFT as a mystery tool but now i can correlate it❤. And its quite interesting. Might mix both in my PhD ( hope to get a phd position soon)😅

  • @nickallbritton3796
    @nickallbritton3796 Год назад +1

    lmao I'm either doing something extremely wrong or extremely right in life that this is what is recommended to me on my youtube home screen. Hey thanks for uploading though. I'm always down to learn even if some of this is slightly above my current level

  • @cliffordalverez2769
    @cliffordalverez2769 2 года назад

    thanks so how to find all positions for lithium storage? could you share the technics , such as applying supercell software?

  • @thambui7117
    @thambui7117 Год назад

    hello, thank for video. Can you show me any ways for make plot voltage &x in LixPNb9O25?

  • @siddharthananda2626
    @siddharthananda2626 Год назад

    Which computing facilities you have used? And how much time it took?

    • @eliassebti9253
      @eliassebti9253  Год назад

      We have a cluster associated with UCSB that we use for our calculations

  • @memoonaliaqat889
    @memoonaliaqat889 2 года назад

    Which software is used for DFT?

    • @eliassebti9253
      @eliassebti9253  2 года назад +1

      At UCSB, the most common software for running DFT on structural energetics is VASP. With that said, there are many other codes that are better suited for other applications (i.e. calculation of NMR parameters on diamagnetic and paramagnetic systems are best accomplished with CASTEP and CRYSTAL, respectively).

    • @memoonaliaqat889
      @memoonaliaqat889 2 года назад

      @@eliassebti9253👍

    • @SantoshKumarBehara
      @SantoshKumarBehara 2 года назад

      @@eliassebti9253 I am also using DFT calculations for diffusion barrier calculations in Li-ion battery materials (in quantum espresso). May I know you linked in id/ google scholar profile to connect?

    • @eliassebti9253
      @eliassebti9253  2 года назад +1

      @@SantoshKumarBehara feel free to email me at esebti@ucsb.edu

    • @nickallbritton3796
      @nickallbritton3796 Год назад

      @@eliassebti9253 have you heard of Wien2k? that's what my professor uses. He's primarily interested in spin dynamics, though we did use the software to study high-order harmonic generation. I'm still an undergrad so I only understand so much, but I worked with him over the summer so I got to learn a little bit.