Chemical Compounds
Adduct
18%
Anion
14%
Bond Length
11%
Catalyst
10%
Cation
8%
CCSD
28%
Collision
63%
Dihydrogen
14%
Dissociation
14%
Donor
8%
Electron Density
11%
Electronic State
27%
Energy
54%
Ethyl
9%
Fluorine Atom
11%
Formate
19%
G Value
11%
Gas
8%
Ground State
10%
Hydride
16%
Hydrogenation
22%
Iodide
18%
Ion
28%
Metal
17%
Molecular Beam
12%
Molecule
13%
Multipole
9%
Negative Activation Energy
21%
Neutron
13%
Nuclear Fuel Cycle
10%
Nucleophilic Substitution
16%
Orbital
10%
Peroxide
11%
Point Group C3v
22%
Potential Energy Surface
17%
Proton Transfer
62%
Rate Constant
25%
Simulation
100%
SN2 Mechanism
18%
Spent Fuel Radioactive Waste
8%
Steric Effect
12%
Steric Hindrance
8%
Substitution Reaction
10%
Thermodynamics
13%
Transfer Reaction
20%
Transition State
26%
Translational Energy
26%
Velocity
15%
Zero Point Energy
20%
Engineering & Materials Science
Angular distribution
10%
Atoms
11%
Binding energy
10%
Bond length
6%
Catalysis
10%
Catalyst activity
9%
Catalysts
18%
Cobalt
15%
Computer simulation
16%
Deprotonation
26%
Dimers
19%
Discrete Fourier transforms
11%
Electronic structure
27%
Electrons
13%
Energy barriers
6%
Experiments
11%
Gallium
23%
Gases
7%
Ground state
6%
Hydration
9%
Hydrides
32%
Hydrogen
19%
Hydrogen bonds
18%
Hydrogenation
32%
Ions
32%
Metals
10%
Molecular orbitals
7%
Molecules
17%
Negative ions
8%
Nickel
15%
Nuclear fuels
7%
Nuclear magnetic resonance
15%
Oxidation
11%
Oxygen
10%
Plutonium
16%
Positive ions
8%
Potential energy surfaces
24%
Precious metals
11%
Proton transfer
29%
Rate constants
16%
Scattering
12%
Single crystals
20%
Spent fuels
7%
Substitution reactions
22%
Thermodynamics
6%
Transition metals
25%
Uranium
15%
Vibrational spectra
10%
Water
7%
X ray diffraction
17%
Physics & Astronomy
anions
15%
bromides
5%
capsules
14%
cations
7%
chemical reactions
5%
collisions
26%
computer aided manufacturing
11%
dissociation
12%
electronic structure
15%
elimination
6%
energy
22%
entrances
18%
excitation
7%
hydration
6%
hydrogen
13%
iodides
13%
ion beams
5%
ions
23%
kerosene
5%
molecular clusters
8%
molecular ions
7%
molecules
17%
multipoles
6%
nuclear magnetic resonance
10%
peroxides
16%
potential energy
19%
products
47%
protons
28%
reaction kinetics
14%
reactivity
21%
retarding
9%
scattering
10%
simulation
46%
solid state
6%
solutes
5%
solvation
5%
stripping
18%
substitutes
17%
temperature
12%
temperature dependence
8%
trajectories
15%
vapor phases
15%
vibration
6%
water
17%
zero point energy
18%