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.
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.
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!
I cannot express how useful this lecture is useful to me and perhaps for other undergradutes.....!
Nice to see a professor with well defined lecture plan and care for what he is teaching
The best explanation of 2D NMR!
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.
Extraordinary Lecture. I'm really so impressed as an Organic Chemist.
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.
Outstanding! Thank you so much!
Excellent lecture with good quantum of working samples. Thank you Dr Novic
Does he mean methyl group sometimes when saying "methylene" group?
Brilliant. You are an amazing professor!
You are really really a very good professor... Thank you so much for sharing this video.
It is quite helpful to prepare my small talk about 2D-NMR. JEOL RESONANCE Inc., NMR Application Chemist.
at 42.8 min why is g called a doublet? is that not a triplet
Its very helpful lecture
that helped me so much. thank you!
excellent, its really help me to solve my structure
I didn't get a handout.
these just denote relaxation delays(not relaxation times) only
it's extremely helpful for me!!!!!
very helpful
Thank you very much it's very usefull !
It's really helpful...
EXCELENTE =D
very instructive
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!
Hi