ORNL CATEGORIES
1950 - 1977
1978-
1950 - 1977
A. HEAVY PARTICLE-HEAVY PARTICLE INTERACTIONS
1.General
2.Elastic Scattering Collisions
3.Excitation
4.Dissociation
5.Inelastic Energy Losses(no detailed processes
6.Electron Transfer(between bound states)
7.Ionization and Stripping
8.Recombination(ion-ion)
9.Collisional Deexcitation, Broadening and Relaxation
10.Heavy Particle Interchange, Rearrangement and Recombination Reactions(one or more ionic reactants)
11.Heavy Particle Interchange, Rearrangement and Recombination Reactions(only neutral reactants)
12.Spin Exchange
13.Electron Detachment (from negative ions into continuum)
14 Interaction Potentials
15.Total Scattering(elastic and inlastic)
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B. INTERACTIONS WITH STATIC OR TIMEVARYING ELECTRIC AND MAGNETIC FIELDS.
1.Excitation
2.Dissociation
3.Ionization
4.Detachment
5.Quenching
6.General
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C.PARTICLE PENETRATION IN MACROSCOPIC MATTER(IONS,NEUTRALS,AND ELECTRONS)
1.General
2.Energy Losses
3.Energy to Create and Ion Pair
4.Particle Range
5.Multiple Scattering
6.Charge State Populations
7.Excited State Populations
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D. PARTICLE INTERACTIONS WITH SOLIDS
1.General
2.Sputtering(electron and heavy particle)
3.Secondary Electron Ejection by Electron Impact
4.Secondary Electron Ejection by Heavy Particle Impact
5.Photoelectric Ejection of Electrons
6.Reflection of Electrons from Surfaces(backscattering)
7.Reflection of Heavy Particles from Surfaces
8.Production of Electromagnetic Radiation by Electron Impact
9.Production of Electromagnetic Radiation by Heavy Particle Impact
10.Surface Ionization
11.Deexcitation and Neutralization at Surfaces
12.Gas Desorption by Electrons , Ions and Photons
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E. ELECTRON=PARTICLE INTERACTIONS
1.General
2.Elastic Collisions
3.Excitation
4.Dissociation
5.Ionization(cross sections)
6.Recombination (electron-ion)
7.Collisional Deexcitation Broadening and Relaxation
8.Negative Ion formation(cross sections)
9.Spin Exchange
10.Free-Free Transitions
11.Total Scattering(elastic and inelastic)
12.Positrons with Heavy Particles
13.Electron Detachment from Negative Ions
14.Binary Electron-Electron Collisions
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G. TRANSPORT PHENOMENA AND AVERAGE PROPERTIES IN GASES
1.General
2.Diffusion of Neutrals
3.Diffusion of Electrons
4.Diffusion of Ions
5.Driff Velocities of Electrons
6.Driff Velocities of Ions
7.Scattering and Energy Loss Parameters of Neutrals in Gases
8.Scattering and Energy Loss Parameters of Electrons in Gases
9.Scattering and Energy Loss Parameters of Ions in Gases
10.Electronic Energy Distribution(velocity and energy distribution of electrons in gases with applied electric and magnetic fields)
11.Momentum Transfer
12.First and Second Townsend Ionization Coefficients
13.Electron Attachment Coefficients
14.Photon Transport
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H. PHOTO COLLISIONS WITH HEAVY PARTICLES,ELECTRONS,AND PHOTONS IN GASES
1.General
2.Total Absorption(gas targets)
3.Elastic Scattering
4.Excitation
5.Dissociation
6.Ionization
7.Electron Detachment from Negative Ions
8.Luminescence in Gases by Photon Absorption
9.Double Photon Absorption
10.Photochemistry of Gases
11.Free-Free Absorption or Inverse Bremsstrahlung
12.Photon-Electron Scattering
13.Photo-Photo Collisions
14.Coherent Photon Effects
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I. GENERAL THEORY
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K. DATA COMPILATIONS
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L. POSITRONIUM AND MUONIUM
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M. REVIEWS AND BOOKS IN FIELD OF ATOMIC AND MOLECULAR COLLISIONS
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N. BIBLIOGRAPHIES ON ATOMIC COLLISIONS
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1978-
A. HEAVY PARTICLE-HEAVY PARTICLE INTERACTIONS
1.General
2.Elastic Scattering Collisions
3.Excitation
4.Dissociation
5.Chemiluminescence, Flourescence, and Luminescence(photo emission by unspecified processes)
6.Electron Capture
7.Ionization
8.Stripping
9.Recombination or Mutual Neutralization leading to Neutral Products(ion-ion)
10.Electronic, Vibrational, and Rotational Energy Transfer (process unknown)
11.Collisional De-excitation(total)
12.Collisional Line Broadening
13.Heavy Particle Interchange Rearrangement and Association(one or more ionic reactans)
14 Heavy Particle Interchange Rearrangement and Association(only neutral reactants)
15.Spin Exchange
16.Electron Detachment from Negative Ions into Continuum
17.Interaction Potentials
18.Angular Scattering(speciffied process or otherwise)
19.Inner-Shell Interactions(not covered under other specific categories)
20.Attenuation(unspecified process)
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B. Interactions WITH STATIC OR TIMEVARYING ELECTRIC AND MAGNETIC FIELDS.
1.General
2.Dissociation
3.Ionization
4.Detachment
5.Quenching
6.Excitation
7.Collisions in the Presence of Intense Electromagnetic Fields
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C.PARTICLE PENETRATION IN MACROSCOPIC MATTER(IONS,NEUTRALS,AND ELECTRONS)
l
2.Energy Losses
3.Energy to Create and Ion Pair
4.Particle Range
5.Multiple Scattering
6.Charge State Population
7.Excited State Population
8.Channeling
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D. PARTICLE INTERACTIONS WITH SOLIDS
1.General
2.Sputtering by Electrons, Neutrons and Heavy Particles (total removal cofficients)
3.Sputtered Particle Charge and Quantum (Excited) state Distribution
4.Secondary Electron Ejection by Heavy Particle and Electrons
5.Photoelectric Ejection of Electrons(coefficients)
6.Reflection of Electrons from Surfaces(coefficients)
7.Reflection of Heavy Particles from Surfaces(total reflection coefficients)
8.Charge and Quantum State Distributions of Reflected Heavy Particles at Macroscopic Distances from Surfaces
9.De-exciation, Neutralization ,Ionization or Dissociation of Particles Interacting with Surfaces
10.Interaction Potentials Between Surfaces and Free Particles Located External to the Surface(electrons and heavy particles)
11.Sticking Coefficients(Thermal Energies)
12.Electromagnetic Radiation Induced by Electron or Heavy Particle Impact on Surfaces
13.Desorption of Gases from Surfaces
14.Blistering Voids , and Surfaces Strain in Metals
15.Radiation Damage in Metals
16.Particle Implantation in Metals
17.Electron-,Ion-,and Photon-Induced Chemical Changes to Surfaces
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E. ELECTRON=PARTICLE INTERACTIONS
1.General
2.Elastic Collisions
3.Excitation
4.Dissociation
5.Ionization
6.Recombination (electron-ion)
7.Collisional De-excitation
8.Collisional Line Broadening
9.Negative Ion formation
10.Spin Exchange
11.Free-Free Transitions (Bremsstrahlung)
12.Positron Collisions
13.Electron Detachment from Negative Ions
14.Binary Electron-Electron Collisions
15.Inner-Shell Interactions
16.Fluorescence and Luminescence
17.Angular Scattering(specified process)
18.Attenuation(unspecified process)
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G. TRANSPORT PHENOMENA AND AVERAGE PROPERTIES IN GASES
1.General
2.Diffusion of Neutrals
3.Diffusion of Electrons
4.Diffusion of Ions
5.Driff Velocity of Electrons
6.Driff Velocity of Ions
7.Scattering and Energy Loss Parameters of Electrons,Neutrals, and Ions in Gases
8.Energy Distribution(energy distribution of ions and electrons with applied electric and magnetic fields)
9.Momentum Transfer
10.First and Second Townsend Coefficients
11.Electron Attachment Coefficients
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H. PHOTO COLLISIONS WITH HEAVY PARTICLES,ELECTRONS,AND PHOTONS IN GASES(hv < 100kev)
1.General
2.Total Absorption
3.Elastic Scattering
4.Excitation
5.Dissociation
6.Ionization
7.Photodetachment
8.Fluorescence and luminescence Yields
10.Photochemistry
11.Free-Free Absorption or Inverse Bremsstrahlung
12.Photon-Electron Scattering
13.Photo-Photo Collisions
14.Photo-De-Excitation, Quenching, and Stimulated Emission(cross sections)
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J. DATA COMPILATION.
1.Heavy Particle
2.Electrons
3.Photons
4.Particles on Surfaces and Solids
5.Transport
6.Structure
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K. REVIEWS AND BOOKS
1.Heavy Particle
2.Electrons
3.Photons
4.Particles on Surfaces and Solids
5.Transport
6.Structure
7.General
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L. BIBLIOGRAPHIES
1.Heavy Particle
2.Electrons
3.Photons
4.Particles on Surfaces and Solids
5.Transport
6.Structure
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