Lecture 17. Introduction to 2D NMR Spectroscopy

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  • Опубликовано: 23 дек 2024

Комментарии • 26

  • @fatihokhider
    @fatihokhider 11 лет назад +7

    I cannot express how useful this lecture is useful to me and perhaps for other undergradutes.....!

  • @bfink757
    @bfink757 6 лет назад +1

    Nice to see a professor with well defined lecture plan and care for what he is teaching

  • @Bella123xo
    @Bella123xo 2 года назад +2

    The best explanation of 2D NMR!

  • @mussab6685
    @mussab6685 8 лет назад

    Spin Lattice Relaxation is represented as T1 and Spin Spin relaxation as T2 in Spectroscopy by Pavia. U just exchanged these terms T1 and T2
    It is so informative lecture for the beginners. Thanx alot.

  • @nazninakhter2883
    @nazninakhter2883 6 лет назад

    Extraordinary Lecture. I'm really so impressed as an Organic Chemist.

  • @JoyceGem
    @JoyceGem 6 лет назад

    40:26 onwards, how does the professor know that those are the molecular groups? I have no idea if there are assigned values for these that makes you certain that they're esters, carbonyl, etc.

  • @EcExplorer
    @EcExplorer 6 лет назад +1

    Outstanding! Thank you so much!

  • @devadasuchapala741
    @devadasuchapala741 6 лет назад

    Excellent lecture with good quantum of working samples. Thank you Dr Novic

  • @dylani6852
    @dylani6852 8 лет назад +1

    Does he mean methyl group sometimes when saying "methylene" group?

  • @aliasany6078
    @aliasany6078 9 лет назад

    Brilliant. You are an amazing professor!

  • @patelshruti92
    @patelshruti92 9 лет назад

    You are really really a very good professor... Thank you so much for sharing this video.

  • @xiaolongbao100x100
    @xiaolongbao100x100 9 лет назад

    It is quite helpful to prepare my small talk about 2D-NMR. JEOL RESONANCE Inc., NMR Application Chemist.

  • @aoifewest
    @aoifewest 9 лет назад

    at 42.8 min why is g called a doublet? is that not a triplet

  • @ezzatelsayed3285
    @ezzatelsayed3285 7 лет назад

    Its very helpful lecture

  • @Maripap
    @Maripap 6 лет назад

    that helped me so much. thank you!

  • @satheeshkumarpalanisamy9643
    @satheeshkumarpalanisamy9643 10 лет назад

    excellent, its really help me to solve my structure

  • @yellowjacket5995
    @yellowjacket5995 6 лет назад

    I didn't get a handout.

  • @ijastk
    @ijastk 11 лет назад

    these just denote relaxation delays(not relaxation times) only

  • @jialuyu5505
    @jialuyu5505 9 лет назад

    it's extremely helpful for me!!!!!

  • @jayabratadas4873
    @jayabratadas4873 8 лет назад

    very helpful

  • @jordanparmentier2623
    @jordanparmentier2623 7 лет назад

    Thank you very much it's very usefull !

  • @dr.md.shahabuddin9111
    @dr.md.shahabuddin9111 10 лет назад +5

    It's really helpful...

  • @oscarantoniosanchezaguirre3439
    @oscarantoniosanchezaguirre3439 8 лет назад

    EXCELENTE =D

  • @Todaigaku
    @Todaigaku 11 лет назад +2

    very instructive

  • @Linvoilac
    @Linvoilac 11 лет назад

    too bad the professor confounded the T1 and T2's other names at 4.40 (T1 is spin-lattice, Z axis relaxation and T2 is spin-spin, xy plan relaxation) else, VERY helpful!

  • @nabeelakhtar235
    @nabeelakhtar235 8 лет назад

    Hi