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List of Keywords
| Codes | Keywords |
| A01 | Absorber Materials |
| A02 | Actinides (excludes Plutonium, Thorium and Uranium) |
| A03 | Activity |
| A04 | Adsorption |
| A05 | Aging and Age Hardening |
| A06 | Aluminum, Aluminum Alloys and Compounds |
| A07 | Amorphization and Amorphous Materials |
| A08 | Analytical Instruments and Methods |
| B01 | Beryllium, Beryllium Alloys and Compounds |
| B02 | Blanket Materials |
| B03 | Blisters (see Surface Effects) |
| B04 | Boron and Boronization |
| B05 | Breeding Materials |
| C01 | Carbides (see Precipitates and Precipitation) |
| C02 | Carbon and Carbon Materials |
| C03 | Cavities (includes Voids, Holes) |
| C04 | Ceramics (not listed elsewhere) |
| C05 | Chemical Reactions (includes Electrochemical and Thermochemical Reactions) |
| C06 | Cladding Materials |
| C07 | Coatings and Coated Particles |
| C08 | Cold-Worked Materials |
| C09 | Compatibility and Corrosion (includes Stress Corrosion Cracking) |
| C10 | Composite Materials Constitution (see Phase Equilibria) |
| C11 | Copper, Copper Alloys and Compounds |
| C12 | Crack |
| C13 | Creep and Stress Relaxation |
| C14 | Crystallographic Properties |
| D01 | Data Base and Materials Data |
| D02 | Defects and Defect Structures (excludes Irradiation) |
| D03 |
Deformation |
| Deuterium and Deuterides (see Hydrogen and Hydrides) | |
| Diamond (see Carbon) | |
| D04 | Diffusion |
| D05 | Dislocations |
| D06 | Divertor Materials |
| D07 | Dosimetry |
| B08 | Ductility and Ductile-Brittle Transition |
| E01 | Electrical Properties |
| E02 | Electron Irradiation |
| E03 | Electron Microscopy |
| E04 | Embrittlement |
| E05 | Environmental Effects |
| Erosion (see Surface Effects) | |
| Evaporation (see Phase Transformation) | |
| E06 | Experimental Techniques |
| F01 | Fabrication |
| F02 | Fast Reactors |
| F03 | Fatigue |
| F04 | FirstWall Materials |
| F05 | Fission Products |
| F06 | Fracture and Fracture Toughness |
| F07 | Fuel Elements |
| F08 | Fusion Reactors and Fusion Reactor Design |
| G01 | Gamma Irradiation |
| G02 | Gases (excludes Hydrogen, Helium and Tritium) in Materials |
| Glasses (see Amorphization and Amorphous Materials) | |
| G03 | Grain Boundaries |
| Graphite (see Carbon) | |
| G04 | Growth |
| H01 | Heat Treatment |
| H02 | Helium |
| H03 | High Heat Flux Materials |
| H04 | History (of Nuclear Materials, Nuclear Technology) |
| H05 | Hydrogen and Hydrides (includes deuterium and Deuterides) |
| I01 | Impact |
| I02 |
Impurities |
| Interatomic Potentials (see Defects and Defect Structures, or Phys. properties) | |
| I03 |
Interfaces |
| Intermetallic Compounds (see Metals, Alloys and Compounds) | |
| Interstitials (see Defects and Defect Structures, or Radiation Effects: Atomic Defects, or Impurities) | |
| I04 | Internal Friction |
| I05 | Ion Irradiation |
| 106 | Iron, Iron alloys (excludes Steels) and Compounds |
| 107 | Irradiation (not listed elsewhere, includes Irradiating History of Schedule |
| J01 | Joining |
| K01 | Kinetics |
| L01 | Laser |
| L02 | Limiter Materials |
| L03 |
Liquid Metals |
|
Lithium (see Liquid Metals, Breeding Materials, or Metals, Alloys and Compounds) |
|
| L04 | Low Activation and Low Activation Materials (includes Reduced Activation) |
| M01 | Magnesium, Magnesium alloys and Compounds |
| M02 | Mathematical and Computational Methods |
| M03 | Mechanical Properties (not listed elsewhere) |
| Melting (see Phase Transformation) | |
| M04 | Metals, Alloys and Compounds (not listed elsewhere) |
| M05 | Microstructure and Texture (excludes by Irradiation) |
| Migration (see Diffusion) | |
| M06 | Moderator and Reflector Materials |
| Molecular Dynamics (see Mathematical and Computational Methods) | |
| M07 | Molybdenum, Molybdenum Alloys and Compounds |
| M08 | Monitoring Methods |
| N01 | Neutron Irradiation |
| N02 | Nickel, Nickel Alloys and Compounds |
| N03 | Niobium, Niobium Alloys and Compounds |
| N04 | Nuclear Properties |
| O01 | Optical Microscopy |
| Optical Properties (see Physical Properties) | |
| Oxidation/Reduction Reaction (see Chemical Reactions) | |
| P01 | Permeation |
| P02 | Phase Equilibria (includes Constitution, Phase Stability, Phase Instability) |
| P03 | Phase Transformation (includes Evaporation, Sublimation) |
| P04 | Physical Properties (not listed elsewhere) |
| P05 | Plasma Facing Materials |
| P06 | Plasma-Materials Interaction |
| P07 | Plasma Properties (includes Plasma Disruption) |
| Point Defects (see Defects and Defect Structures, or Radiation Effects: Atomic Defects) | |
| P08 | Polymers |
| P09 | Pores (includes Porosity, Fabrication Pores) |
| Positron Annihilation (see Analytical Instruments and Methods) | |
| P10 | Powder Processes and Products |
| P11 | Precipitates and Precipitation |
| P12 | Pressure Vessels |
| P13 | Processing |
| P14 | Proton Irradiation |
| R01 | Radiation Effects: Atomic Defects |
| R02 | Radiation Effects: Extended Defects, Microstructures |
| R03 | Radiation Effects: Mechanical Properties |
| R04 | Radiation Effects: Physical Properties |
| R05 | Radiation Sources |
| Radioactive Waste (see Wastes) | |
| R06 | Radiolysis |
| R07 | Rare Earths |
| R08 | Recrystallization, Recovery and Grain Growth |
| R09 | Redeposition |
| Reduced Activation (see Low Activation and Low Activation Materials) | |
| R10 | Refractory Metals, Alloys and Compounds (not listed elsewhere) |
| R11 | Reprocessing |
| S01 | Safety of Nuclear Reactors |
| S02 | Segregation |
| S03 | Semiconductors |
| S04 | Silicon and Silicon Compounds |
| Sintering (see Powder Processes and Products) | |
| Sputtering (see Surface Effects) | |
| S05 | Steels, Austenitic |
| S06 | Steels, Ferritic |
| S07 | Structural Materials |
| Sublimation (see Phase Transformation) | |
| S08 | Superconductors and Superconducting Magnet Materials |
| S09 | Surface Effects |
| S10 | Swelling |
| Texture (see Microstructure) | |
| T01 | Theory and Modeling |
| T02 | Thermal Reactors |
| T03 | Thermal Shock |
| T04 | Thermodynamic Properties |
| T05 | Thermomechanical Treatment |
| T06 | Thermophysical Properties |
| T07 | Thorium, Thorium Alloys and Compounds |
| T08 | Titanium, Titanium Alloys and Compounds |
| T09 | Tritium and Tritides |
| T10 | Tungsten, Tungsten Alloys and Compounds |
| U01 | Uranium, Uranium Alloys and Compounds |
| Vacancies (see Defects and Defect Structures, or Radiation Effects: Atomic Defects) | |
| V01 | Vanadium, Vanadium Alloys and Compounds |
| V02 | Vitrification |
| Voids (see Cavities) | |
| W01 | Wastes |
| W02 | Weld |
| Z01 | Zirconium, Zirconium Alloys and Compounds |
Updated: August 4, 1999
For comments on this website contact R. J. Kurtz