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Dynamics of the reaction O(
3
P) + HBr: Experimental investigation and theoretical modeling
Kenneth G. McKendrick
, David J. Rakestraw
, Rong Zhang
, Richard N. Zare
*
*
Corresponding author for this work
Institute of Chemical Sciences
School of Engineering & Physical Sciences
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3
P) + HBr: Experimental investigation and theoretical modeling'. Together they form a unique fingerprint.
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INIS
dynamics
100%
modeling
100%
investigations
100%
hydrobromic acid
100%
distribution
42%
energy
28%
excitation
28%
atoms
28%
lasers
28%
photolysis
28%
jets
28%
populations
14%
data
14%
production
14%
trajectories
14%
rotation
14%
comparative evaluations
14%
prediction
14%
surfaces
14%
mixtures
14%
molecules
14%
oxygen
14%
kinetics
14%
spin
14%
potential energy
14%
fine structure
14%
orbits
14%
crossed beams
14%
van der waals forces
14%
nitrogen dioxide
14%
surface potential
14%
microwave discharges
14%
Chemistry
Rotational Excitation
100%
Photolysis
100%
Jet
100%
Kinetics Type
50%
Potential Energy Surface
50%
Organic Molecule
50%
Surface Potential
50%
Van Der Waals Cluster
50%
Nitrogen Dioxide
50%