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- activation energy
- Further reading, Desorption, Desorption
- active sites
- Chemical reactions and catalysis
- activity
- Chemical reactions and catalysis
- angle-resolved photoemission, ARPES
- Measuring the electronic structure
- anharmonicity
- Electron scattering: EELS
- associative adsorption
- Further reading, Further reading
- Auger transitions
- Concluding remarks, SEXAFS
- Bardeen approximation
- Theory of operation
- Bravais lattice
- Lattice and reciprocal lattice
- calorimetry
- Single-crystal adsorption calorimetry\indexcalorimetry
- channeltron
- Electron sources and analysers
- chemical shift
- Introduction, Scanned-energy mode photoelectron diffraction:
- CO
- Vacuum requirements, Chemical analysis of the , Chemical reactions and catalysis, Angle-scan photoelectron diffraction: forward , Angle-scan photoelectron diffraction: forward , Scanned-energy mode photoelectron diffraction: , Scanned-energy mode photoelectron diffraction: , Photoexcitation from molecules, Adsorbate covered metal surfaces, Introduction, Introduction, Electron scattering: EELS , Optical spectroscopy: IRAS, He Atom scattering
- corrosion
- Introduction, Introduction
- critical points
- Interband transitions
- crystal shape
- Surface Thermodynamics and general
- cylindrical mirror analyser
- Electron sources and analysers
- de Broglie wavelength
- Low energy electron diffraction
- Debye-Waller factor
- EXAFS, Simple Theory
- dielectric function
- The dielectric function\indexdielectric function
- dipole scattering
- Electron scattering: EELS
- dipole-active transitions
- Electron scattering: EELS
- dipole-approximation
- Theory
- dissociative adsorption
- Further reading, Further reading
- domains
- General phenomena, Interpretation of LEED patterns
- Electron Energy Loss Spectroscopy
- Introduction, Bulk and surface plasmons, Bulk and surface plasmons, Polaritons, Electron scattering: EELS , Optical spectroscopy: IRAS, Optical spectroscopy: IRAS
- electron mean free path
- Why electrons: The mean , Low energy electron diffraction , Diffraction from a surface, Quantitative structure determination, Simple Theory, The three step model
- electron spectroscopy
- Electron spectroscopy\indexelectron spectroscopy
- electronic surface states
- Introduction, Electronic surface states: basic
- Eley-Rideal pathway
- Chemical reactions and catalysis
- Ewald construction
- Diffraction from a two-dimensional
- EXAFS
- EXAFS\indexEXAFS
- exchange-correlation potential
- Work function
- exciton
- Excitons\indexexciton
- Fermi level pinning
- Semiconductor surfaces
- Finnis-Heine model
- General phenomena, Metal surfaces, Clean metal surfaces
- Fresnel equations
- Reflection of Light at
- He atoms scattering
- He Atom scattering\indexHe atoms
- heat of adsorption
- Adsorption-desorption equilibrium, Single-crystal adsorption calorimetry
- hemispherical analyser
- Electron sources and analysers, Instrumentation
- herringbone reconstruction on Au(111)
- Clean metal surfaces
- heterogeneous ;tex2html_html_special_mark_quot;catalysis
- Optical properties of surfaces
- heterogeneous @catalysis
- Chemical reactions and catalysis, Chemical reactions and catalysis
- heterogeneous catalysis
- Introduction
- high T
superconductors - Introduction
- high T superconductors
- Band mapping: 2d bands
- image potential states
- Electronic surface states: basic
- impact scattering
- Electron scattering: EELS
- incommensurate lattices
- Lattice and reciprocal lattice
- Infrared Reflection Absorption Spectroscopy (IRAS)
- Optical spectroscopy: IRAS
- inner potential
- Diffraction from a surface, Work function
- interband transition
- Interband transitions\indexinterband transition
- ion gauge
- Pressure measurement[7], Pressure measurement[7], Materials and construction[7]
- ion pump
- Pumping and bakeout[7], Pumping and bakeout[7]
- isotope effect
- Electron scattering: EELS
- jellium model
- Adsorbates on metal surfaces, Work function
- Kramers-Kronig relations
- The dielectric function
- Lambert's law
- The dielectric function
- Langmuir model
- Desorption, Adsorption-desorption equilibrium
- Langmuir-Hinshelwood pathway
- Chemical reactions and catalysis
- Laue conditions
- Diffraction from a two-dimensional , Diffraction from a surface
- Lindemann formula
- Surface Thermodynamics and general
- Low energy electron diffraction (LEED)
- Low energy electron diffraction
- matrix notation
- Lattice and reciprocal lattice
- Miller indices
- General phenomena
- molecular mean free path
- Vacuum requirements, Pumping and bakeout[7]
- muffin-tin potential
- Quantitative structure determination
- multiple scattering
- Low energy electron diffraction , Diffraction from a surface, EXAFS
- nano technology
- Introduction, Other applications and further
- NH
synthesis - Chemical reactions and catalysis
- NiO
- Insulator surfaces, Insulator surfaces
- phonon
- Phonons\indexphonon
- Photoelectron diffraction (PhD, PED)
- Photoelectron diffraction (PhDPED)\indexPhotoelectron
- photoemission process
- The photoemission process\indexphotoemission process
- Pirani gauge
- Pressure measurement[7]
- plasmon
- Bulk and surface plasmons
- poisoning of a catalyst
- Chemical reactions and catalysis
- polariton
- Polaritons\indexpolariton
- pressure measurement
- Pressure measurement\citevaccomp\indexpressure measurement
- projected band structure
- Electronic surface states: basic
- promotion of a catalyst
- Chemical reactions and catalysis
- quadrupole mass spectrometer
- Chemical analysis of the , Desorption
- R-factor
- Quantitative structure determination, Scanned-energy mode photoelectron diffraction: , Scanned-energy mode photoelectron diffraction:
- rationally related lattices
- Lattice and reciprocal lattice
- reconstruction
- General phenomena, Semiconductor surfaces, Clean metal surfaces, Clean metal surfaces, Semiconductor surfaces, Semiconductor surfaces, Semiconductor surfaces, Semiconductor surfaces
- Reflection Anisotropy Spectroscopy (RAS)
- Reflection Anisotropy Spectroscopy (RAS)\indexReflection
- relaxation
- General phenomena, Clean metal surfaces
- rotary vane pump
- Pumping and bakeout[7]
- roughening transition
- Surface Structure
- satellite peaks
- Theory
- scanning force microscopy
- Other applications and further
- scanning tunnelling microscopy (STM)
- Scanning Tunnelling Microscopy\indexscanning tunnelling
- scanning tunnelling spectroscopy (STS)
- Scanning Tunnelling Spectroscopy\indexscanning tunnelling , Vibrational spectroscopy with the
- scattering phase shifts
- Quantitative structure determination, Quantitative structure determination, EXAFS, Introduction
- second harmonic generation (SHG)
- Second Harmonic Generation\indexsecond harmonic
- selectivity
- Chemical reactions and catalysis
- SEXAFS
- SEXAFS\indexSEXAFS
- Shockley states
- Clean metal surfaces
- Si(100)-(2x1)
- Semiconductor surfaces, Semiconductor surfaces, Semiconductor surfaces, Semiconductor surfaces, Semiconductor surfaces, Scanning Tunnelling Spectroscopy
- Si(111)-(7x7)
- Semiconductor surfaces, Semiconductor surfaces, Semiconductor surfaces
- simply related lattices
- Lattice and reciprocal lattice
- Smoluchowski effect
- General phenomena, Clean metal surfaces, Work function
- SPA-LEED
- Interpretation of LEED patterns
- sputtering
- Some surface states investigated
- super-structures
- Surface geometry: truncated bulk\indextruncated
- surface melting
- Surface Structure
- surface resonances
- Electronic surface states: basic , Some surface states investigated
- surface sensitivity
- Introduction, Electrons in solids: elastic , Optical properties of surfaces, He Atom scattering
- surface tension
- Surface Thermodynamics and general
- surface x-ray scattering
- Other scattering techniques
- synchrotron radiation
- Other scattering techniques, Extended X-ray Absorption Fine , SEXAFS, Introduction, Second Harmonic Generation
- Tamm states
- Clean metal surfaces
- Tersoff-Hamann model
- Theory of operation
- Thermal Desorption Spectroscopy
- Desorption
- truncated bulk
- Surface geometry: truncated bulk\indextruncated
- turbomolecular pump
- Pumping and bakeout[7]
- ultra high vacuum, UHV
- Ultra High Vacuum (UHV)\indexultra
- universal curve
- Why electrons: The mean
- vapour pressure
- Materials and construction[7]
- Woods notation
- Lattice and reciprocal lattice
- work function
- Work function\indexwork function
- Wulff construction
- Surface Thermodynamics and general
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