INIS
charges
100%
ions
100%
rare gases
100%
energy
75%
electron transfer
75%
charge exchange
50%
energy deposition
37%
range
25%
carbon dioxide
25%
yields
25%
collisions
25%
energy distribution
25%
excited states
25%
values
12%
production
12%
width
12%
approximations
12%
metals
12%
distribution
12%
losses
12%
increasing
12%
prediction
12%
tungsten
12%
laboratories
12%
asymmetry
12%
curves
12%
thermometers
12%
recombination
12%
dissociation
12%
tungsten carbides
12%
carbonyls
12%
neon
12%
ground states
12%
tungsten compounds
12%
argon ions
12%
molecular ions
12%
heat of reaction
12%
neon ions
12%
tungsten ions
12%
Keyphrases
Rare Gases
100%
Dissociative Charge Transfer
100%
Charge Exchange
66%
Singly Charged
66%
Electron Transfer
50%
Internal Energy
50%
CO 2
33%
Energy Deposition
33%
Collision Energy
33%
Single Electron Transfer
33%
Internal Energy Distribution
33%
Thermo
16%
Thermometer
16%
Heat of Reaction
16%
Dissociation
16%
Systematic Difference
16%
Neon
16%
Excited States
16%
Electron Transfer Mechanism
16%
Molecular Ions
16%
Recombination Energy
16%
Long-range Electron Transfer
16%
Internal Energy Deposition
16%
Doubly Charged Ions
16%
Tungsten Hexacarbonyl
16%
Neon Ion
16%
P-curve
16%
Argon Ions
16%
Metal Carbonyls
16%
Coulombic Repulsion
16%
Long-lived Excited State
16%
Ion Yield
16%
Chemistry
Noble Gas Atom
100%
Internal Energy
100%
Electron Transport
100%
Excited State
33%
Ground State
16%
Molecular Ion
16%
Metal Carbonyl
16%
Transfer Process
16%
Argon Ion
16%
Neon Ion
16%
Tungsten Ion
16%
Heat of Reaction
16%
formation
16%
Physics
Rare Gas
100%
Internal Energy
100%
Energy Distribution
33%
Transfer Process
16%
Heat of Reaction
16%
Molecular Ion
16%
Ground State
16%