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Accessibility information
Author(s):   Heidner, R.F., III; Husain, D.
Title:   Kinetic Investigation of Electronically Excited Oxygen Atoms, O(21D2), by Time-Resolved Attenuation of Atomic Resonance Radiation in the Vacuum Ultra-Violet. Part 2. Collisional quenching by the Atmospheric Gases N2, O2, CO, CO2, H2O and O3
Journal:   J. Chem. Soc. Faraday Trans. 2
Volume:   69
Page(s):  
Year:   1973
Reference type:   Journal article
Squib:   1973HEI/HUS927

Associated entries:

Search Results


Rate expression:  k(T) = A (T/298 K)n e-Ea/RT
Rate expression units:
First order:  s-1
Second order:  cm3/molecule s
Third order:  cm6/molecule2 s
R = 8.314472 J / mole K
Energy Units J   Molecular Units Molecule
Pressure Units bar   Temperature Units K
Base Volume Unit cm   Reference Temperature 298.0
Evaluation Temperature 298.0

Use the Plot checkboxes to select data for plotting. Plot selected data using the "Create Plot" button. Click the squib to see extra information about a particular rate constant. Additional help is available.

| |
Plot   Squib   Reaction   Temp [K]   A   n   Ea [J/mole]   k(298.00 K)   Order
  1973HEI/HUS927   O(1D) + CO2CO + O2  300   2.09E-10              2
  1973HEI/HUS927   O(1D) + CO2CO + O2  300   3.10              2
  Reference reaction:  O(1D) + O2O2 + 2
  1973HEI/HUS927   O(1D) + COCO2  300   7.31E-11              2
  1973HEI/HUS927   O(1D) + COCO2  300   1.05              2
  Reference reaction:  O(1D) + O2O2 + 2
  1973HEI/HUS927   O(1D) + H2O·OH + ·OH  300   3.01E-10              2
  1973HEI/HUS927   O(1D) + H2O·OH + ·OH  300   4.40              2
  Reference reaction:  O(1D) + O2 → Products 2
  1973HEI/HUS927   O(1D) + O3O2 + O2  300   2.71E-10              2
  1973HEI/HUS927   O(1D) + O3O2 + O2  300   3.90              2
  Reference reaction:  O(1D) + O2 → Products 2

Search returned 8 records.