Engineering & Materials Science
Dehydrogenation
100%
Monolayers
93%
Hydrogenation
90%
Ethylene
74%
Chemical activation
32%
Chemisorption
27%
Fermi level
20%
Adsorption
17%
Metals
15%
Binding energy
9%
Electronic properties
9%
Adsorbates
8%
Precious metals
7%
Hammers
6%
Discrete Fourier transforms
6%
Electrons
5%
Hydrogen
4%
Substrates
4%
Physics & Astronomy
dehydrogenation
92%
hydrogenation
78%
ethylene
69%
electronics
37%
activation
31%
chemisorption
21%
adsorption
14%
metals
9%
trends
9%
energy
9%
orbitals
9%
hammers
8%
noble metals
7%
axioms
7%
methylidyne
6%
reactivity
6%
metal surfaces
6%
slabs
5%
binding energy
5%
slopes
4%
hydrogen
4%
electrons
2%
Chemical Compounds
Dehydrogenation
65%
Monolayer
53%
Hydrogenation
52%
Surface
22%
Ethyl
20%
Chemisorption
19%
Adsorption Energy
14%
Energy
10%
Metal
9%
Dissociative Adsorption
8%
Fermi Level
8%
Slab Like Crystal
8%
Surface Activity
7%
Frontier Orbital
7%
Noble Metal
6%
Binding Energy
6%
Orbital
5%
Electronic Property
5%
Hydrogen
3%
Adsorption
3%