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Laser effects on catalytic reactions: Decomposition of HCOOH on pt
M. E. Umstead, D. E. Tevault,
Ming-Chang Lin
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Mathematics
Laser
100%
Isolation
71%
Decrease
51%
Decompose
51%
Line
39%
CO2 Laser
37%
Laser Radiation
36%
mole
28%
Activation Energy
28%
Catalyst
25%
Chemical Reaction
22%
Reactor
22%
Substitution
18%
Experiment
14%
Path
13%
Physics & Astronomy
decomposition
59%
isolation
56%
lasers
34%
low pressure
33%
matrices
32%
reaction products
22%
deuterium
18%
catalysts
18%
chemical reactions
17%
routes
16%
substitutes
15%
reactors
15%
activation energy
14%
laser beams
14%
products
12%
Engineering & Materials Science
Lasers
59%
Decomposition
57%
Laser radiation
30%
Deuterium
28%
Reaction products
26%
Activation energy
20%
Chemical reactions
19%
Substitution reactions
19%
Catalysts
16%
Experiments
7%
Chemical Compounds
Catalysis
51%
Decomposition
50%
Laser Radiation
27%
Surface
25%
Reaction Path
21%
Deuterium(.)
17%
Reaction Activation Energy
13%
Substitution Reaction
12%
Pressure
11%
Catalyst
8%
Reaction Yield
8%