Keywords List. Subject index
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1 Keywords List Keywords are for Subject and Materials Indexes. The Subject index is divided into three classes: (1) Theoretical Methods, (2) Experimental Methods, and (3) Phenomena. The Materials Index is also classified into three classes; (1) Elemental and Chemical Identity, (2) Physical State, and (3) Electrical and Magnetic Behavior. You may use multiple keywords in the above mentioned six classes up to a maximum of five in total. You can add three keywords out of this list. Subject index (1) Theoretical methods - Ab initio quantum chemical methods and calculations - Atom-solid interactions, scattering, diffraction - Atomistic dynamics - Computer simulations - Construction and use of effective interatomic interactions - Density functional calculations - Electron density, excitation spectra calculations - Electron_solid interactions, scattering, diffraction - Equilibrium thermodynamics and statistical mechanics - Green's function methods - Ion-solid interactions, scattering, channeling - Ising models - Jellium models - Many body and quasi-particle theories - Mean field theory - Models of non-equilibrium phenomena - Models of non-linear phenomena - Models of surface chemical reactions - Models of surface kinetics - Molecular dynamics - Monte Carlo simulations - Non-equilibrium thermodynamics and statistical mechanics - Semi-empirical models and model calculations (2) Experimental methods - Adsorption isotherms - Appearance potential spectroscopy - Atom-solid reactions - Atom-solid scattering and diffraction (elastic) - Atom-solid scattering and diffraction (inelastic) - Atomic force microscopy - Atom/molecule manipulation - Auger electron spectroscopy - Chemical vapor deposition - charge density waves - Desorption induced by electronic transitions (DIET) - Angle resolved DIET (including electron stimulated desorption ion angular distribution (ESDIAD)) - Electron stimulated desorption (ESD) - Photon stimulated desorption (PSD) - Surface photochemistry - Electrical transport measurements - Electrochemical methods - Electron emission measurements - Energy technology - Environmental engineering - Exoelectron emission - Fermi surface mapping - Field emission measurements - Information science and technology - Multi-probe method - Photoemission (total yield) - Secondary electron emission measurements - Thermally-stimulated emission - Electron energy loss spectroscopy (EELS) - Electron microscopy - Ballistic electron emission microscopy (BEEM) - Low-energy electron microscopy (LEEM) - Reflection electron microscopy (REM) - Scanning electron microscopy (SEM) - Scanning transmission electron microscopy (STEM) - Electron-solid diffraction - Auger electron diffraction - Lithography - Low energy electron diffraction (LEED) - Photoelectron diffraction measurement - Photoelectron holography - Reflection high-energy electron diffraction (RHEED) - Transmission high-energy electron diffraction - Electron-solid scattering and transmission - elastic - Electron-solid scattering and transmission - inelastic - Electron spin resonance - Ellipsometry
2 - Field emission microscopy - Field emission spectroscopy - Field ion microscopy - Four-point probe conductivity measurement - Inverse photoemission spectroscopy - Inelastic tunneling spectroscopy - Ion etching - Ion implantation methods - Ion scattering spectroscopy - High energy ion scattering (HEIS) - Low energy ion scattering (LEIS) - Medium energy ion scattering (MEIS) - Isotopic exchange/traces - Laser methods - Laser annealing - Laser induced thermal desorption (LITD) - Resonance enhanced multiphoton ionization mass spectroscopy (REMPI/MS) - Liquid phase epitaxy - Magnetic measurements - Metastable induced electron spectroscopy (MIES) - Molecular beam epitaxy - Molecule-solid reactions - Molecule-solid scattering and diffraction - elastic - Molecule-solid scattering and diffraction - inelastic - Mössbauer spectroscopy - Neutron scattering - Non-linear optical methods - Second harmonic generation methods - Sum frequency generation - Nuclear magnetic resonance - Nuclear reaction analysis - Photoelectron spectroscopy - Angle resolved photoemission - Visible and ultraviolet photoelectron spectroscopy - Soft X-ray photoelectron spectroscopy - X-ray photoelectron spectroscopy - Synchrotron radiation photoelectron spectroscopy - Photon absorption spectroscopy - Extended X-ray absorption fine structure (EXAFS) - Infrared absorption spectroscopy - Near edge extended X-ray absorption fine structure (NEXAFS) - Photoacoustic spectroscopy - Visible/ultraviolet absorption spectroscopy - Surface extended X-ray absorption fine structure (SEXAFS) - X-ray absorption spectroscopy - Photon stimulated desorption (non-electronic) - Plasma processing - Positron spectroscopy - Radioactive tracer methods - Raman scattering spectroscopy - Reflection spectroscopy - Scanning tunneling microscopy - Scanning tunneling spectroscopies - Secondary ion mass spectroscopy - Solid phase epitaxy - Spin density waves - Sputter deposition - Surface photovoltage spectroscopy - Thermal desorption spectroscopy - Vacuum science and technology - Work function measurements - X-ray emission - X-ray scattering, diffraction, and reflection - X-ray standing waves - Biophysics, medical physics, and biomedical engineering - Bioimaging and engineering - Brain measurement, imaging, and instrumentation - Bio-inspired integrated circuits and systems - Neural networks and their hardware implementation - Bioinformatics Engineering (3) Phenomena - Adhesion - Adsorption kinetics - Atom emission - Atom-solid interactions - Auger ejection - Bending of surfaces - Catalysis - Charge density wave - Chemisorption - Collective excitation - Compound formation - Conductivity - Corrosion - Critical phenomena - Crystallization - Desorption induced by electron stimulation - Desorption induced by photon stimulation - Dielectric phenomena - Diffusion and migration - Electrical transport (conductivity, resistivity, mobility, etc.) - Electron bombardment - Electron emission - Electron-solid interactions - Energy dissipation
3 - Entangled states - Epitaxy - Etching - Evaporation and sublimation - Faceting - Fano resonance - Fermi liquid - Field effect - Field emission - Field evaporation - Field ionization - Fluctuation - Friction - Friedel oscillation - Growth - Hall effect - Interface states - Ion bombardment - Ion emission - Ion implantation - Ion-solid interactions - Kondo effect - Metal-insulator transition - Localization - Light scattering - Lubrication - Luminescence - Atom/ion stimulated luminescence - Chemiluminescence - Electroluminescence - Photoluminescence - Magnetic phenomena (cyclotron resonance, phase transitions, etc.) Mesoscopic phenomena - Metastable states - Nucleation - Order-disorder phase transition - Order-order phase transition - Oxidation - Photochemistry - Photoconductivity - Photoelectron diffraction - Photoelectron emission - Photon emission - Physical adsorption - Piezoelectric effect - Plasmon - Positron-solid interactions - Quantum effects - Quantum conductance - Radiation damage - Schottky barrier formation - Second harmonic generation - Secondary electron emission - Self-assembly - Sintering - Spin density wave - Sputtering - Step formation and bunching - Sticking - Superconductivity - Surface chemical reaction - Surface diffusion - Surface electrical transport (surface conductivity, surface recombination, etc.) - Surface electronic phenomena (work function, surface potential, surface states, etc.) - Surface energy - Surface melting - Surface photovoltage - Surface relaxation and reconstruction - Surface roughening - Surface segregation - Surface stress - Surface structure, morphology, roughness, and topography - Surface tension - Surface thermodynamics (including phase transitions) - Surface waves - Acoustic waves - Capillary waves - Magnons - Phase transition in low dimensions - Phonons - Plasmons - Polaritons - Thermal desorption - Thermodynamic properties - Thermionic emission - Tomonaga-Luttinger liquid - Tribology - Tunneling - Vibrations of adsorbed molecules - Wetting Materials index (1) ELEMENTAL AND CHEMICAL IDENTITY (Include each component of an interface or multilayer structure as a separate category.)
4 Elements - Alkali metals - Alkaline earth metals - Aluminum - Antimony - Arsenic - Bismuth - Boron - Bromine - Cadmium - Carbon - Cerium - Chalcogens - Chlorine - Chromium - Cobalt - Copper - Diamond - Gallium - Germanium - Gold - Graphite - Hafnium - Hydrogen atom - Indium - Iodine - Iridium - Iron - Lanthanides - Lead - Manganese - Mercury - Molybdenum - Nickel - Niobium - Nitrogen atom - Noble gases - Osmium - Palladium - Phosphorus - Platinum - Rhenium - Rhodium - Ruthenium - Scandium - Silicon - Silver - Tantalum - Technetium - Thallium - Thorium - Tin - Titanium - Tungsten - Uranium - Vanadium - Ytterbium - Yttrium - Zinc - Zirconium Compounds (non-molecular solids) - Alkali halides - Alloys - Aluminum oxide - Barium oxide - Biological compounds - Borides - Boron nitride - Cadmium selenide - Cadmium sulphide - Cadmium telluride - Carbides - Cobalt oxides - Copper oxides - Gallium antimonide - Gallium arsenide - Gallium nitride - Gallium phosphide - Gallium selenide - Halides - Hydrides - Indium antimonide - Indium arsenide - Indium oxides - Indium phosphide - Inorganic compounds - Iron oxide - Lead telluride - Magnesium oxides - Mercury telluride - Mica - Molybdenum oxides - Nickel carbide - Nickel oxides - Nickel sulphide - Nitrides - Silicides - Silicon carbide - Silicon-germanium - Silicon nitride - Silicon oxides - Steel - Sulphides
5 - Tin oxides - Tin telluride - Titanium carbide - Titanium oxide - Tungsten oxide - Uranium oxide - Vanadium oxide - Zeolites - Zinc oxide - Zinc selenide Molecules - Alcohols - Aldehydes - Alkanes - Alkenes - Alkynes - Ammonia - Aromatics - Biological molecules - nucleic acids - Biological molecules - proteins - Carbon dioxide - Carbon monoxide - Carbon nanotube - Carboxylic acid - Cyanogen - Deuterium - Esters - Ethers - Fullerenes - Halogens - Hydrogen molecule - Hydrogen cyanide - Hydrogen sulphide - Ketones - Nitrogen molecule - Nitrogen oxides - Oxygen - Ozone - Phosphine - Silane - Sulphur dioxide - Sulphur hexafluoride - Water (2) PHYSICAL STATE Surfaces - Adatom gas - Amorphous surfaces - Dendritic and/or fractile surfaces - Glass surfaces - Liquid surfaces - Polycrystalline surfaces - Single crystal surfaces - Low index single crystal surfaces - High index single crystal surfaces - Stepped single crystal surfaces - Vicinal single crystal surfaces - Curved surfaces - Surface alloy - Surface defects - Whiskers - Dendrites Interfaces - Crystalline-amorphous interfaces - Crystalline-glass interfaces - Electron gas - Grain boundaries - Liquid-gas interfaces - Single crystal epitaxy - Solid-liquid interfaces - Solid-gas interfaces Heterostructures - Heterojunctions - Quantum wells - Superlattices Non-epitaxial thin film structures - Amorphous thin films - Ceramic thin films - Glassy thin films - Langmuir-Blodgett films - Polycrystalline thin films - Adatoms - Clusters Particulate composites - Blacks - Ceramics - Powders - Coatings - Porous solids (3) ELECTRICAL AND MAGNETIC BEHAVIOR Surfaces and/or films - Biosensing and devices - Insulating films - Insulating surfaces - Magnetic films - Magnetic surfaces - Metallic films - Metallic surfaces - Semiconducting films - Semiconducting surfaces - Superconducting films
6 - Superconducting surfaces Interfaces - Magnetic interfaces - Metal-electrolyte interfaces - Metal-insulator interfaces - Metal-metal interfaces - Metal-semiconductor interfaces - Pn junction - Schottky barrier - Semiconductor-electrolyte interfaces - Semiconductor-insulator interfaces - Semiconductor-semiconductor interfaces - Semiconductor-superconductor interfaces Heterostructures and thin film structures - Metal-metal magnetic heterostructures - Metal-metal magnetic thin film structures - Metal-metal nonmagnetic heterostructures - Metal-metal nonmagnetic thin film structures - Metal-oxide-semiconductor (MOS) structures - Metal-semiconductor magnetic heterostructures - Metal-semiconductor magnetic thin film structures - Metal-semiconductor nonmagnetic heterostructures - Metal-semiconductor nonmagnetic thin film structures - Semiconductor-semiconductor heterostructures - Semiconductor-semiconductor thin film structures - Superconductor-semiconductor heterostructures - Superconductor-semiconductor thin film structures - Contacts - Rectifier - Transistor Nanostructures - Nano-particles, quantum dots, and supra-molecules - Nano-wires, quantum wires, and nanotubes - Nano-films, stacks, and other nano materials - Nano structure chemistry, processing and fabrication - Nano-electronics and related devices - Magnetic, structural, and other properties of nanostructures - Biological aspects of nano-structures - Nano-scale imaging, measurement, and manipulation technology
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