Thermochemistry. Thermochemistry output from Gaussian This section describes most of the Gaussian...

21
Thermochemistry
  • date post

    22-Dec-2015
  • Category

    Documents

  • view

    246
  • download

    0

Transcript of Thermochemistry. Thermochemistry output from Gaussian This section describes most of the Gaussian...

Page 1: Thermochemistry. Thermochemistry output from Gaussian This section describes most of the Gaussian thermochemistry output,

Thermochemistry

Page 2: Thermochemistry. Thermochemistry output from Gaussian This section describes most of the Gaussian thermochemistry output,
Page 3: Thermochemistry. Thermochemistry output from Gaussian This section describes most of the Gaussian thermochemistry output,
Page 4: Thermochemistry. Thermochemistry output from Gaussian This section describes most of the Gaussian thermochemistry output,
Page 5: Thermochemistry. Thermochemistry output from Gaussian This section describes most of the Gaussian thermochemistry output,
Page 6: Thermochemistry. Thermochemistry output from Gaussian This section describes most of the Gaussian thermochemistry output,
Page 7: Thermochemistry. Thermochemistry output from Gaussian This section describes most of the Gaussian thermochemistry output,
Page 8: Thermochemistry. Thermochemistry output from Gaussian This section describes most of the Gaussian thermochemistry output,
Page 9: Thermochemistry. Thermochemistry output from Gaussian This section describes most of the Gaussian thermochemistry output,
Page 10: Thermochemistry. Thermochemistry output from Gaussian This section describes most of the Gaussian thermochemistry output,
Page 11: Thermochemistry. Thermochemistry output from Gaussian This section describes most of the Gaussian thermochemistry output,
Page 12: Thermochemistry. Thermochemistry output from Gaussian This section describes most of the Gaussian thermochemistry output,
Page 13: Thermochemistry. Thermochemistry output from Gaussian This section describes most of the Gaussian thermochemistry output,
Page 14: Thermochemistry. Thermochemistry output from Gaussian This section describes most of the Gaussian thermochemistry output,
Page 15: Thermochemistry. Thermochemistry output from Gaussian This section describes most of the Gaussian thermochemistry output,
Page 16: Thermochemistry. Thermochemistry output from Gaussian This section describes most of the Gaussian thermochemistry output,
Page 17: Thermochemistry. Thermochemistry output from Gaussian This section describes most of the Gaussian thermochemistry output,

Thermochemistry output from Gaussian

This section describes most of the Gaussian thermochemistry output, and how it relates to the equations I've given above.

The zero-point energy is calculated using only the non-imaginary frequencies.

THIS MOLECULE IS AN ASYMMETRIC TOP. ROTATIONAL SYMMETRY NUMBER 1.

ROTATIONAL TEMPERATURES (KELVIN) 3.67381 0.98044 0.98043 ROTATIONAL CONSTANTS (GHZ) 76.55013 20.42926 20.42901

Zero-point vibrational energy 204885.0 (Joules/Mol)

Page 18: Thermochemistry. Thermochemistry output from Gaussian This section describes most of the Gaussian thermochemistry output,
Page 19: Thermochemistry. Thermochemistry output from Gaussian This section describes most of the Gaussian thermochemistry output,
Page 20: Thermochemistry. Thermochemistry output from Gaussian This section describes most of the Gaussian thermochemistry output,
Page 21: Thermochemistry. Thermochemistry output from Gaussian This section describes most of the Gaussian thermochemistry output,