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Audiovisuelles Material

Lecture 10. Anharmonic Potential.

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Martin, Rachel; 2013 | University of California Irvine (UCI)

Attribution - ShareAlike 3.0 Germany

Language: Englisch

Identifier: sid~18918

Series: Chem 131B: Molecular Structure & Statistical Mechanics, Vol. 10 (Jan. 2013)

Subject

Lecture

Contributor

Martin, Rachel
University of California Irvine (UCI)

Published

University of California Irvine (UCI), 2013

DOI: http://dx.doi.org/10.5446/18918

Rights: Nähere Angaben zur Lizenz und den Nutzungsbedingungen unter: https://av.tib.eu/media/18918

Last update: 18.04.2023, 12:34 PM CEST

Data provider

Technische Informationsbibliothek (TIB)

Show original at data provider

Object type

Audiovisuelles Material

Associated

Martin, Rachel
University of California Irvine (UCI)

Time of origin

University of California Irvine (UCI), 2013

Other Objects (12)

Lecture 03. Transformation Matrices.

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Lecture 03. Transformation Matrices.

Lecture 18. Eigenstates & Eigenvalues

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Lecture 18. Eigenstates & Eigenvalues

Lecture 12. Electronic Spectroscopy.

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Lecture 12. Electronic Spectroscopy.

Lecture 08. Molecular Motion.

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Lecture 08. Molecular Motion.

Lecture 22. The Boltzmann Distribution

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Lecture 22. The Boltzmann Distribution

Lecture 04. Group Theory Applications.

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Lecture 04. Group Theory Applications.

Lecture 26. Final Exam Review

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Lecture 26. Final Exam Review

Lecture 09. Vibrations in Molecules

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Lecture 09. Vibrations in Molecules

Lecture 20. NMR Applications/ Review

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Lecture 20. NMR Applications/ Review

Lecture 17. NMR (Pt. II)

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Lecture 17. NMR (Pt. II)

Lecture 14. Electronic Spectroscopy (Pt. III)

Audiovisuelles Material

Lecture 14. Electronic Spectroscopy (Pt. III)

Lecture 16. Fourier Transforms, NMR Intro

Audiovisuelles Material

Lecture 16. Fourier Transforms, NMR Intro

Lecture 03. Transformation Matrices.

Audiovisuelles Material

Lecture 03. Transformation Matrices.

Lecture 18. Eigenstates & Eigenvalues

Audiovisuelles Material

Lecture 18. Eigenstates & Eigenvalues

Lecture 12. Electronic Spectroscopy.

Audiovisuelles Material

Lecture 12. Electronic Spectroscopy.

Lecture 08. Molecular Motion.

Audiovisuelles Material

Lecture 08. Molecular Motion.

Lecture 22. The Boltzmann Distribution

Audiovisuelles Material

Lecture 22. The Boltzmann Distribution

Lecture 04. Group Theory Applications.

Audiovisuelles Material

Lecture 04. Group Theory Applications.

Lecture 26. Final Exam Review

Audiovisuelles Material

Lecture 26. Final Exam Review

Lecture 09. Vibrations in Molecules

Audiovisuelles Material

Lecture 09. Vibrations in Molecules

Lecture 20. NMR Applications/ Review

Audiovisuelles Material

Lecture 20. NMR Applications/ Review

Lecture 17. NMR (Pt. II)

Audiovisuelles Material

Lecture 17. NMR (Pt. II)

Lecture 14. Electronic Spectroscopy (Pt. III)

Audiovisuelles Material

Lecture 14. Electronic Spectroscopy (Pt. III)

Lecture 16. Fourier Transforms, NMR Intro

Audiovisuelles Material

Lecture 16. Fourier Transforms, NMR Intro

Lecture 03. Transformation Matrices.

Audiovisuelles Material

Lecture 03. Transformation Matrices.

Lecture 18. Eigenstates & Eigenvalues

Audiovisuelles Material

Lecture 18. Eigenstates & Eigenvalues

Lecture 12. Electronic Spectroscopy.

Audiovisuelles Material

Lecture 12. Electronic Spectroscopy.

Lecture 08. Molecular Motion.

Audiovisuelles Material

Lecture 08. Molecular Motion.

Lecture 22. The Boltzmann Distribution

Audiovisuelles Material

Lecture 22. The Boltzmann Distribution

Lecture 04. Group Theory Applications.

Audiovisuelles Material

Lecture 04. Group Theory Applications.

Lecture 26. Final Exam Review

Audiovisuelles Material

Lecture 26. Final Exam Review

Lecture 09. Vibrations in Molecules

Audiovisuelles Material

Lecture 09. Vibrations in Molecules

Lecture 20. NMR Applications/ Review

Audiovisuelles Material

Lecture 20. NMR Applications/ Review

Lecture 17. NMR (Pt. II)

Audiovisuelles Material

Lecture 17. NMR (Pt. II)

Lecture 14. Electronic Spectroscopy (Pt. III)

Audiovisuelles Material

Lecture 14. Electronic Spectroscopy (Pt. III)

Lecture 16. Fourier Transforms, NMR Intro

Audiovisuelles Material

Lecture 16. Fourier Transforms, NMR Intro

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