Différences entre les versions de « VBTutorial3 »
Ligne 28 : | Ligne 28 : | ||
Proposal from Yirong | Proposal from Yirong | ||
− | *1) benzene and formamide - focus is on the structural and energetic impact from conjugation, and how to correlate the results with experimental evidences; | + | *1) benzene and formamide - focus is on the structural and energetic impact from conjugation, and how to correlate the results with experimental evidences; |
*2) butadiene - focus is on the conjugation in the planar structure and the hyperconjugation in the staggered structure, and their impact on the rotational barrier; | *2) butadiene - focus is on the conjugation in the planar structure and the hyperconjugation in the staggered structure, and their impact on the rotational barrier; | ||
*3) acid-base and H-bonding systems: BLW energy decomposition analyses. | *3) acid-base and H-bonding systems: BLW energy decomposition analyses. |
Version du 25 mai 2012 à 04:10
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Tutorial n°3 (Wednesday p.m): VB vs BDO (Lewis structures) BLW & HuLiS (S. Humbel + M. Linares + Y. Mo )
To the Tutors
Sason remarks and prospective 2 hours talk +
Philippe's remark on the initially proposed tutorial. are included in bold.
Qualitative
- Some MO-CI > BDO projection ? through Hückel orbitals? (following Sason's suggestion)
Computational
- Formamid VB & BDO : Evaluate vertical Resonance energy (at a fixed planar geometry) : VB (2 confs, effect of adding the third [(+)N. .C :O(-)] ), B. Distorded Orb. (1 conf (major Lewis Structure) + effect of adding a second conf) + Comparison to thioformamid : same work.
- Butadiene VB & Lewis
- Allyl radical and cation : MO, VB & Lewis (Do these two in VB, BLW and with HuLiS)
- BLW 1 exercice to be proposed by Yirong (Hyperconjugation?)
Possibly use DFT correlated BDO with BLW (find examples where that does improve significantly the analysis)
Proposal from Yirong
- 1) benzene and formamide - focus is on the structural and energetic impact from conjugation, and how to correlate the results with experimental evidences;
- 2) butadiene - focus is on the conjugation in the planar structure and the hyperconjugation in the staggered structure, and their impact on the rotational barrier;
- 3) acid-base and H-bonding systems: BLW energy decomposition analyses.
- 4) visualize the results. I have been using GaussView and ChemDraw, but other graphical software should be fine with me as well.
- 5) Questions from any participant can be discussed and tested on site.
Paper Exercices
Hands on Exercice 1 (title)
Subject
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a line that starts with a blanck character make a sort of box
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To do
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