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01:22:46 DDC Session 10 Recording DDC Session 10 Recording	DDC Session 10 Recording Recording from session 10 (summary) of data-driven chemistry 2021-22. data-driven python chemistry things nmr intensity peaks dataframe thing problem shift column values dictionary bit range summary function columns baseline files threshold peak From James Cumby 0 likes 10 plays 0 Course Code CHEM08031 Licence Type Creative Commons - Attribution Language English Date Created November 25th, 2021 Retain Source File Yes
01:41:32 DDC Session 4 Recording DDC Session 4 Recording	DDC Session 4 Recording Recording of session 4 of data-driven chemistry 2021-22 python data-driven chemistry thing things problem nmr bit function step acid point steps doublet question session idea peak answer proton sequence distance problems From James Cumby 0 likes 36 plays 0 Course Code CHEM08031 Licence Type Creative Commons - Attribution Language English Date Created October 14th, 2021 Retain Source File Yes
03:19 Edinburgh Innovations building partnerships:… Edinburgh Innovations building partnerships: Professor Guy Lloyd-Jones	Edinburgh Innovations building partnerships: Professor Guy Lloyd-Jones Professor Guy Lloyd-Jones, an organic chemist at the University of Edinburgh, discusses his collaboration with TGK Scientific. Learn how Edinburgh Innovations can support your journey today. edinburgh innovations industry partnership industry reactions reaction discussions instrument nmr technique problems funding process experience chemistry setting expertise fox situ science spectrometer mixing collaboration From Paulina Barela 0 likes 15 plays 0 Licence Type All rights reserved The University of Edinburgh Language English
49:27 Chem 1 Spectroscopy Lecture 5 Part 2 Chem 1 Spectroscopy Lecture 5 Part 2	Chem 1 Spectroscopy Lecture 5 Part 2 Chemistry 1A Spectroscopy Lecture 5, Part 2: Introduction to NMR field shift chemical molecule proton frequency spin hydrogen energy transition electron protons carbon nucleus nmr spectrum electrons nuclei ring hydrogens From Eleanor Campbell 1 likes 554 plays 0 Course Code CHEM08016 Licence Type Creative Commons - Attribution Language English Date Created September 13th, 2020
01:06:50 Chem 1 Spectroscopy Lecture 6 Chem 1 Spectroscopy Lecture 6	Chem 1 Spectroscopy Lecture 6 Chemistry 1A Spectrocopy Lecture 6 - NMR Couplings proton coupling molecule hydrogen spectrum neighboring transition intensity frequency nmr chemical shift j-j coupling From Eleanor Campbell 0 likes 508 plays 0 Course Code CHEM08016 Licence Type Creative Commons - Attribution Language English Date Created September 12th, 2020

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Search for tag: "nmr"

DDC Session 10 Recording

DDC Session 4 Recording

Edinburgh Innovations building partnerships: Professor Guy Lloyd-Jones

Chem 1 Spectroscopy Lecture 5 Part 2

Chem 1 Spectroscopy Lecture 6

the university of edinburgh