Electronic Normal Modes and Polarization Waves in Translational Polymer Helices. Application to...

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ADDITIONS AND CORRECTIONS 2000, Volume 104A Istva ´ n Z. Kiss,* Ge ´ za Ma ´ ndi, Miha ´ ly T. Beck*: Artificial Neural Network Approach to Predict the Solubility of C 60 in Various Solvents Page 8087. The first sentence of the third paragraph in the Discussion section should cite ref 4 instead of ref 14. 10.1021/jp003302w Published on Web 10/28/2000 2000, Volume 104A Jon Applequist: Electronic Normal Modes and Polarization Waves in Translational Polymer Helices. Application to Fully Extended Poly[(R)--aminobutyric acid] Chains Page 7135. Equation 16 should read 2000, Volume 104A N. Bellec, K. Boubekeur, R. Carlier, P. Hapiot*, D. Lorcy, and A. Tallec: Controlling the Conformation Changes Associated to Electron Transfer Steps through Chemical Sub- stitution: Intriguing Redox Behavior of Substituted Vinylogous TTF Page 9750. The paper entitled Controlling the Conformation Changes Associated to Electron Transfer Steps through Chemi- cal Substitution: Intriguing Redox Behavior of Substituted Vinylogous TTF includes supporting information. This informa- tion is described as drawings of the optimized geometries at the B3LYP/6-13G* level with the corresponding cartesian coordinates followed by the total atomic charges or total spin densities for open-shell calculations in the case of radicals, the values of the energies in hartrees, and S**2 showing the spin contaminations for the neutral, cation radicals, and dications of the investigated TTFs. This material is available free of charge via the Internet at http://pubs.acs.org. 10.1021/jp003725y Published on Web 10/25/2000 τ m1 (n) ) c 1 cos(mk n a + δ) (16) 10.1021/jp003423w Published on Web 10/21/2000 10994 J. Phys. Chem. A, Vol. 104, No. 46, 2000 Additions and Corrections

Transcript of Electronic Normal Modes and Polarization Waves in Translational Polymer Helices. Application to...

ADDITIONS AND CORRECTIONS

2000, Volume 104A

Istvan Z. Kiss,* Geza Mandi, Miha ly T. Beck*: ArtificialNeural Network Approach to Predict the Solubility of C60 inVarious Solvents

Page 8087. The first sentence of the third paragraph in theDiscussion section should cite ref 4 instead of ref 14.

10.1021/jp003302wPublished on Web 10/28/2000

2000, Volume 104A

Jon Applequist: Electronic Normal Modes and PolarizationWaves in Translational Polymer Helices. Application to FullyExtended Poly[(R)-â-aminobutyric acid] Chains

Page 7135. Equation 16 should read

2000, Volume 104A

N. Bellec, K. Boubekeur, R. Carlier, P. Hapiot*, D.Lorcy, and A. Tallec: Controlling the Conformation ChangesAssociated to Electron Transfer Steps through Chemical Sub-stitution: Intriguing Redox Behavior of Substituted VinylogousTTF

Page 9750. The paper entitled Controlling the ConformationChanges Associated to Electron Transfer Steps through Chemi-cal Substitution: Intriguing Redox Behavior of SubstitutedVinylogous TTF includes supporting information. This informa-tion is described as drawings of the optimized geometries atthe B3LYP/6-13G* level with the corresponding cartesiancoordinates followed by the total atomic charges or total spindensities for open-shell calculations in the case of radicals, thevalues of the energies in hartrees, and S**2 showing the spincontaminations for the neutral, cation radicals, and dications ofthe investigated TTFs. This material is available free of chargevia the Internet at http://pubs.acs.org.

10.1021/jp003725yPublished on Web 10/25/2000

τm1(n) ) c1 cos(mkna + δ) (16)

10.1021/jp003423wPublished on Web 10/21/2000

10994 J. Phys. Chem. A, Vol. 104, No. 46, 2000 Additions and Corrections