2.3 Band Gap II - Electrons in molecular bonds

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  • Опубликовано: 14 ноя 2024
  • DelftX: ET3034TUx Solar Energy

Комментарии • 9

  • @charafrida7376
    @charafrida7376 10 лет назад +4

    Wonderful wonderful wonderful thank you very much for sharing this with us, I have one request don't you have something similar for eolienne systems? thank you again

  • @paringatai
    @paringatai 3 года назад

    Thank you sir for your most wonderful presentation - "Ah thank...???" (but never too much y'unnerstayin!!!) ennawayys Ahyam jes rartin ta ayisk ya t karndleh 'F**K AOWFF"..ma kayit jes lit da dayim hayil outta heyr, ayin, he ain nevah larn no kwantim mar-kannix aetha...Thankya

  • @מיקיו
    @מיקיו 2 года назад

    How come the outer (valence) shell of the Si, that is 3S^23P^2, has become in this explanation 3S^13P^3 ?
    (The use of the ^ sign is just in order to replace the superscript, which I can’t do otherwise in this key board)

  • @AbdolazimHasseli
    @AbdolazimHasseli 3 года назад

    Thank you but you didn't say anything about direct and indirect band gap semiconductors.

  • @jacobvandijk6525
    @jacobvandijk6525 4 года назад

    @ 2:32: "At a far distance from each other". Really??? ;-)

  • @red-baitingswine8816
    @red-baitingswine8816 5 лет назад +1

    I was confused about why there are both bonding and antibonding orbitals in each Si - Si bond. I found a great explanation in MIT OpenCourseWare - for anyone who's interested:
    ruclips.net/video/llaa-iEYDLI/видео.html (Skip to 9:02 for the beginning of the lecture).

  • @ytrew9717
    @ytrew9717 4 года назад

    feedback: I did not understood after 2:40, too many new words/concept.

  • @ZohiraTalks
    @ZohiraTalks 4 года назад +1

    a waste of time.