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Chem 203 Organic Spectroscopy

Chem 203 Organic Spectroscopy

Author: Prof. James Nowick

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Graduate course in organic spectroscopy. Modern methods used in structure determination of organic molecules. Topics include mass spectrometry; ultraviolet, chiroptical, infrared, and nuclear magnetic resonance spectroscopy.

30 Episodes

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Lecture 28. Some Other Useful NMR Techniques

Lecture 28. Some Other Useful NMR Techniques

2015-12-1559:28

Lecture 25. INADEQUATE. Some Thoughts on Homework Set 9.

Lecture 25. INADEQUATE. Some Thoughts on Homework Set 9.

2015-12-1557:00

Lecture 26. Using Organic Spectroscopy to Solve Complex Structures, Part 2

Lecture 26. Using Organic Spectroscopy to Solve Complex Structures, Part 2

2015-12-1557:31

Lecture 27. Using HMQC-TOCSY or HSQC-TOCSY to Deal with Overlap

Lecture 27. Using HMQC-TOCSY or HSQC-TOCSY to Deal with Overlap

2015-12-1552:28

Lecture 23. Using TOCSY to Elucidate Spin Systems. ROESY

Lecture 23. Using TOCSY to Elucidate Spin Systems. ROESY

2015-12-1553:53

Lecture 24. Using Organic Spectroscopy to Solve Complex Structures

Lecture 24. Using Organic Spectroscopy to Solve Complex Structures

2015-12-1552:58

Lecture 22. Aspects of COSY, HMQC, HMBC, and Related Experiments

Lecture 22. Aspects of COSY, HMQC, HMBC, and Related Experiments

2015-12-1552:44

Lecture 21. Using HMBC to Help Solve Structures- 'Putting the Pieces Together'

Lecture 21. Using HMBC to Help Solve Structures- 'Putting the Pieces Together'

2015-12-1554:28

Lecture 20. Understanding Complex Pulse Sequences

Lecture 20. Understanding Complex Pulse Sequences

2015-12-1555:55

Lecture 18. Dynamic Effects in NMR Spectroscopy

Lecture 18. Dynamic Effects in NMR Spectroscopy

2015-12-1555:32

Lecture 19. The Nuclear Overhauser Effect in Stereochemistry and Structure Determination

Lecture 19. The Nuclear Overhauser Effect in Stereochemistry and Structure Determination

2015-12-1554:38

Lecture 17. Introduction to 2D NMR Spectroscopy

Lecture 17. Introduction to 2D NMR Spectroscopy

2015-12-1556:04

Lecture 16. The Importance of 13C Chemical Shifts in Structure and Stereochemistry Determination

Lecture 16. The Importance of 13C Chemical Shifts in Structure and Stereochemistry Determination

2015-12-1559:19

Lecture 15. Coupling Involving Other Nuclei

Lecture 15. Coupling Involving Other Nuclei

2015-12-1555:07

Lecture 13. Coupling Analysis in First-Order and Near-First-Order Systems (continued)

Lecture 13. Coupling Analysis in First-Order and Near-First-Order Systems (continued)

2015-12-1552:29

Lecture 14. Spin-Spin Coupling in Stereochemistry and Structure Determination

Lecture 14. Spin-Spin Coupling in Stereochemistry and Structure Determination

2015-12-1555:29

Lecture 12. Coupling Analysis in First-Order and Near-First-Order Systems

Lecture 12. Coupling Analysis in First-Order and Near-First-Order Systems

2015-12-1551:51

Lecture 11. Magnetic Equivalence, Spin Systems, and Pople Notation.

Lecture 11. Magnetic Equivalence, Spin Systems, and Pople Notation.

2015-12-1553:11

Lecture 9. Chemical Shift. 1H NMR Chemical Shifts.

Lecture 9. Chemical Shift. 1H NMR Chemical Shifts.

2015-12-1556:15

Lecture 10. 13C NMR Chemical Shifts. Chemical Equivalence and Spin-Spin Coupling.

Lecture 10. 13C NMR Chemical Shifts. Chemical Equivalence and Spin-Spin Coupling.

2015-12-1557:38

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