Donor—acceptor interactions of substituted benzenes with molecular chlorine and carbon disulfide
Author:
Publisher
Elsevier BV
Subject
Inorganic Chemistry,Organic Chemistry,Spectroscopy,Analytical Chemistry
Reference41 articles.
1. Bonding in donor-acceptor complexes. I. Electrostatic contributions to the ground-state properties of benzene-halogen complexes
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3. Bonding in donor-acceptor complexes. III. Relative contributions of electrostatic, charge-transfer, and exchange interactions in aromatic-halogen and aromatic-TCNE [tetracyanoethylene] complexes
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1. Ab initio molecular orbital and density functional study of the C6H6⋅I2 complex in the ground and excited electronic states;International Journal of Quantum Chemistry;1999
2. DV X.alpha. molecular orbital studies of the bonding in benzene complexes of univalent gallium salts;Organometallics;1990-06
3. Modeling of batch catalytic chlorination of toluene in a bubble column;Chemical Engineering Science;1983
4. Mössbauer effect of 129I in n–σ and π–σ charge‐transfer complexes of iodine in the frozen solution;The Journal of Chemical Physics;1980-06
5. Haloalkane-Aromatic Complexes in the Ground and Excited States Molecular Orbital Calculation;Zeitschrift für Naturforschung A;1980-04-01
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