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Chem 203: Organic Spectroscopy (2020) (English)

Course Information

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.

Chemistry Dept. | Physical Sciences Sch. | University of California, Irvine
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Author:
James Nowick
Title:
Professor
Department:
Chemistry
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This work (Chem 203: Organic Spectroscopy (2020) by Nowick, James) is licensed under a Creative Commons Attribution-ShareAlike 3.0 United States License.
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Lectures

Chem 203. Lecture 01: IR Spectroscopy Introduction and Theory (2020) (English)
Chem 203. Lecture 02: IR Spectroscopy Theory continued, Instrumentation and C,H,O Containing Functional Groups (2020) (English)
Chem 203. Discussion 01: Molecular Mechanics and Molecular Modeling with PyMOL and MacroModel (2020) (English)
Chem 203. Lecture 03: IR Spectroscopy C,H,O Containing Functional Groups and Effects of Ring Size (2020) (English)
Chem 203. Lecture 04: IR Spectroscopy Nitrogen Containing Functional Groups (2020) (English)
Chem 203. Lecture 05: Introduction to Mass Spectrometry (2020) (English)
Chem 203. Lecture 06: Mass Spectrometry Isotopic Masses, Isotopic Abundances, and High Accuracy Mass (2020) (English)
Chem 203. Lecture 07: Fragmentation in EIMS Alkanes, Alkenes, Heteroatom Compounds, &Carbonyl Cmpds (2020) (English)
Chem 203. Lecture 08: NMR Spectroscopy Concepts and Theory, Part 1 (2020) (English)
Chem 203. Discussion 03: Mass Spectrometry and Molecular Mechanics with Maestro MacroModel 1 1 (2020) (English)
Chem 203. Lecture 09: NMR Spectroscopy Concepts and Theory, Part 2 (2020) (English)
Chem 203. Lecture 10: Chemical Shifts in 1H NMR Spectroscopy (2020) (English)
Chem 203. Lecture 11: NMR Chemical Shifts, Chemical Equivalence, and Spin Spin Coupling (2020) (English)
Chem 203. Discussion 04: Introduction to 1H NMR Homework (2020) (English)
Chem 203. Lecture 12: Magnetic Equivalence, Spin Systems, and Pole Notation (2020) (English)
Chem 203. Lecture 13: Coupling Analysis in First Order and Near First Order Spin Systems (2020) (English)
Chem 203. Lecture 14: Spin-Spin Coupling in Structure and Stereochemistry Determination (2020) (English)
Chem 203. Discussion 05: NMR Homework #2 (2020) (English)
Chem 203. Lecture 15: Coupling Involving Other Nuclei (2020) (English)
Chem 203. Lecture 16: Coupling Analysis in First Order and Near First Order Spin Systems (2020) (English)
Chem 203. Lecture 17: Dynamic Processes in NMR Spectroscopy D NMR continued (2020) (English)
Chem 203. Discussion 06: 1H NMR Homework #3 (2020) (English)
Chem 203. Discussion: Informal Midterm Review Session 1 (2020) (English)
Chem 203. Lecture 18: C Chemical Shifts in Structure and Stereochemistry Determination (2020) (English)
Chem 203. Lecture 19: Introduction to Two Dimensional 2D NMR Spectroscopy (2020) (English)
Chem 203. Discussion 07: Midterm Exam and Preview NMR Homework #4 (2020) (English)
Chem 203. Lecture 20: The Nuclear Overhauser Effect in Stereochemical and Structure (2020) (English)
Chem 203. Lecture 21: Using TOCSY to Elucidate Spin Systems ROESY (2020) (English)
Chem 203. Lecture 22: Using HMBC to Help Solve Structures Putting the Pieces Together (2020) (English)
Chem 203. Discussion 08: NMR Homework #5 (2020) (English)
Chem 203. Lecture 23: INADEQUATE (2020) (English)
Chem 203. Lecture 24: Using Organic Spectroscopy to Solve Complex Structures (2020) (English)
Chem 203. Discussion 09: Lecture 24 continued & 1H-NMR Homework #6 (2020) (English)
Chem 203. Lecture 25: Using HMQC TOCSY or HSQC TOCSY to Deal with Overlap (2020) (English)
Chem 203. Lecture 26: Highlights of Homework 9 (2020) (English)
Chem 203. Lecture 27: Using Organic Spectroscopy to Solve Complex Structures, Part 2 (2020) (English)
Chem 203. Discussion 10: 1H NMR Homework #6 (2020) (English)
Chem 203. Lecture 28: Some Other Useful NMR Techniques, Part 1 (2020) (English)
Chem 203. Lecture 29: Some Other Useful NMR Techniques, Part 2 (2020) (English)