Keywords: پراش الکترونی انرژی پایین; AFM; atomic force microscopy; AIL; artificial inorganic leaf; AM; air mass coefficient (measure of solar irradiation); APD; arc plasma deposition; ATR-FTIR; attenuated total reflectance Fourier transformed infrared spectroscopy; BE; binding energy; BET; B
مقالات ISI پراش الکترونی انرژی پایین (ترجمه نشده)
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Keywords: پراش الکترونی انرژی پایین; Lithium-ion battery; Surface structure; Electronic structure; Electrode-electrolyte interface; ABF; annular bright field; AFM; atomic force microscopy; AM; amplitude modulation; EC; ethylene carbonate; CVD; chemical vapor deposition; DEC; diethyl carbonat
Keywords: پراش الکترونی انرژی پایین; AES; auger electron spectroscopy; AFM; atomic force microscopy; APDBs; antiphase domain boundaries; CEMS; conversion electron Mössbauer spectroscopy; CTR; crystal truncation rod; DBT; distorted bulk truncation; DFT; density functional theory; DFT+U; dens
Keywords: پراش الکترونی انرژی پایین; 61.05.jh; 61.48.Gh; 81.05.ue; Graphene; Low energy electron diffraction; High index surfaces;
Keywords: پراش الکترونی انرژی پایین; AP-XPS; ambient pressure x-ray photoelectron spectroscopy; AR-MSRI; angle resolved mass spectrometry of recoiled ions; DFT; density functional theory; DRS; direct recoil spectroscopy; FTIR; Fourier transform infrared spectroscopy; GGA; generalized gradien
Keywords: پراش الکترونی انرژی پایین; Low energy electron diffraction; Surface morphology or deformation or defect; Argon ion bombardment; Silicon;
Keywords: پراش الکترونی انرژی پایین; AES; Auger electron spectroscopy; BGO; Bismuth germanium oxide (Bi4Ge3O12); CRB; cosmic radiation background; CVD; chemical vapor deposition; ERD(A); elastic recoil detection (analysis); DFT; density functional theory; FET; field effect transistor; FGA; f
Growth, structural evolution and electronic properties of ultrathin films of Sn on W(110)
Keywords: پراش الکترونی انرژی پایین; Thin films; Low energy electron diffraction; Photoemission spectroscopy;
Thermal desorption and stability of cobalt phthalocyanine on Ag(100)
Keywords: پراش الکترونی انرژی پایین; Work function; Thermal desorption; Dissociation; Phthalocyanine; Silver; Low energy electron diffraction;
On the evolution of antiferromagnetic nanodomains in NiO thin films: A LEEM study
Keywords: پراش الکترونی انرژی پایین; Surface antiferromagnetism; Metal-oxide film; Low Energy Electron Diffraction; Low energy electron microscopy;
Analysis of atomic Moiré patterns on graphene/Rh(1Â 1Â 1)
Keywords: پراش الکترونی انرژی پایین; Graphene; Moiré patterns; Scanning tunneling spectroscopy; Low energy electron diffraction; X-ray photoelectron spectroscopy;
Oxidation of MnO(100) and NaMnO2 formation: Characterization of Mn2+ and Mn3+ surfaces via XPS and water TPD
Keywords: پراش الکترونی انرژی پایین; Manganese oxide; NaMnO2; Water; Carbon dioxide; X-ray photoelectron spectroscopy; Temperature programmed desorption; Low energy electron diffraction;
1D chain formation by coadsorption of Pb and Bi on Cu(001): Determination using low energy electron diffraction
Keywords: پراش الکترونی انرژی پایین; Coadsorption; Heavy metals; Pb; Bi; Cu(001); Low energy electron diffraction; 1D arrangement; Surface structure; Morphology; Roughness; Topology; Surface alloy;
Deposition and characterization of stoichiometric films of V2O5 on Pd(111)
Keywords: پراش الکترونی انرژی پایین; Vanadium pentoxide; X-ray photoelectron spectroscopy; Reflection adsorption infrared spectroscopy; Low energy electron diffraction;
Stabilization of polar Mn3O4(001) film on Ag(001): Interplay between kinetic and structural stability
Keywords: پراش الکترونی انرژی پایین; Oxide thin film; Low energy electron diffraction; Photoelectron spectroscopy;
LEED and photoemission study of growth and structural evolution of Sn on Ag(001)
Keywords: پراش الکترونی انرژی پایین; Thin films; Low energy electron diffraction; Photoemission spectroscopy;
Low temperature removal of surface oxides and hydrocarbons from Ge(100) using atomic hydrogen
Keywords: پراش الکترونی انرژی پایین; 61.05.jh; 68.35.bg; 68.35.Dv; 68.47.Fg; 81.05.Cy; 81.65.Cf; 82.80.Pv; Germanium; Atomic hydrogen cleaning; Surface cleaning; X-ray photoelectron spectroscopy; Low energy electron diffraction; Ultraviolet photoelectron spectroscopy;
TiOx thin films grown on Pd(100) and Pd(111) by chemical vapor deposition
Keywords: پراش الکترونی انرژی پایین; Photoemission spectroscopy; Low energy electron diffraction; Scanning tunneling microscopy; TiOx thin films; Pd; Density functional calculations;
Epitaxial growth of ultrathin MgO layers on Fe3O4(0Â 0Â 1) films
Keywords: پراش الکترونی انرژی پایین; Ultra thin films; X-ray photo electron spectroscopy; XPS; Low energy electron diffraction; LEED; MgO; Magnetite; Fe3O4; Stranski-Krastanov growth mode; Tunneling barrier;
Low-temperature one-atom-layer 7Ã7-In phase on Si(111)
Keywords: پراش الکترونی انرژی پایین; Atom-solid interactions; Silicon; Indium; Ab initio random structure searching; Scanning tunneling microscopy; Low energy electron diffraction;
A revisit to ultrathin NiO(0Â 0Â 1) film: LEED and valence band photoemission studies
Keywords: پراش الکترونی انرژی پایین; 68.55.âa; 79.60.âi; 61.14.Hg; Oxide thin film; Ultraviolet photoemission spectroscopy; X-ray photoemission spectroscopy; Low energy electron diffraction;
Thin Pb films on the Si(111)-√7×√3-In reconstructed surfaces
Keywords: پراش الکترونی انرژی پایین; Lead; Indium; Silicon; Metallic surfactant; Thin films; Low energy electron diffraction; X-ray Photoelectron Spectroscopy
A well-ordered surface oxide on Fe(110)
Keywords: پراش الکترونی انرژی پایین; Iron oxide; Thin film; Fe(110); Scanning tunneling microscopy; Low energy electron microscopy; Low energy electron diffraction;
Growth of TiO2(B)(001) on Au(111) by chemical vapor deposition
Keywords: پراش الکترونی انرژی پایین; Titania; Chemical vapor deposition; Gold; Scanning tunneling microscopy; Low Energy Electron Diffraction; Photoelectron spectroscopy;
Effects of surface non-stoichiometry on the electronic structure of ultrathin NiO(0Â 0Â 1) film
Keywords: پراش الکترونی انرژی پایین; 61.05.jh; 79.60.Jv; 61.72.jd; 78.40.âq; 79.60.Bm; Oxide ultrathin film; Oxygen vacancy defect; Angle resolved photoemission spectroscopy; X-ray photoemission spectroscopy; Low energy electron diffraction;
Growth of antiferromagnetically ordered Cr monolayer on Ag(100)
Keywords: پراش الکترونی انرژی پایین; Thin films; Surface magnetism; Low energy electron diffraction; Photoemission spectroscopy;
Differential evolution: Global search problem in LEED-IV surface structural analysis
Keywords: پراش الکترونی انرژی پایین; Low energy electron diffraction; Surface structure; Search problem; Global optimization;
Tb silicide nanowire growth on planar and vicinal Si(001) surfaces
Keywords: پراش الکترونی انرژی پایین; Nanowires; Rare earths; Silicon; Self-assembly; Scanning tunneling microscopy; Low energy electron diffraction;
Determination of atomic positions in silicene on Ag(111) by low-energy electron diffraction
Keywords: پراش الکترونی انرژی پایین; Low energy electron diffraction; Surface thin layer; Silicene;
Stoichiometry-driven switching between surface reconstructions on SrTiO3(001)
Keywords: پراش الکترونی انرژی پایین; Scanning tunneling microscopy; Low energy electron diffraction; Low energy ion scattering; X-ray photoelectron spectroscopy; Surface stoichiometry; Strontium titanate;
Adsorption of CO on bimetallic RhN/Ru(0001) layers
Keywords: پراش الکترونی انرژی پایین; Carbon monoxide; Infrared absorption spectroscopy; Ruthenium; Rhodium; Vibrations of adsorbed molecules; Low energy electron diffraction;
Growth of thin zirconium and zirconium oxides films on the n-GaN(0Â 0Â 0Â 1) surface studied by XPS and LEED
Keywords: پراش الکترونی انرژی پایین; Zirconium; Zirconium dioxide; Gallium nitride; Semiconductor/insulator interfaces; X-ray photoelectron spectroscopy; Low energy electron diffraction;
A combined LEED and DFT surface structure determination of Cu3Au(001): Evidence of a surface stacking fault
Keywords: پراش الکترونی انرژی پایین; Low energy electron diffraction; Density functional calculations; Stacking fault; Surface; Reconstruction and relaxation; Cu3Au(001); Metal surfaces;
Real-time observations of ultra-thin iron oxide film growth on oxygen-deficient YSZ(001)
Keywords: پراش الکترونی انرژی پایین; Thin film growth; Oxide surfaces; Low energy electron microscopy; Low energy electron diffraction;
Quintuple-period Si atomic wires with alternative double and triple modulations by metal: Mg/Si(557)
Keywords: پراش الکترونی انرژی پایین; Scanning tunneling microscopy; Vicinal Si surface; Atomic wire; Low energy electron diffraction;
Surface structure of In2O3(111) (1Â ÃÂ 1) determined by density functional theory calculations and low energy electron diffraction
Keywords: پراش الکترونی انرژی پایین; Indium oxide; Low energy electron diffraction; Surface structure; Density functional calculations;
Ni2MnGa(100) ferromagnetic shape memory alloy: A surface study
Keywords: پراش الکترونی انرژی پایین; Photoemission spectroscopy; Low energy electron diffraction; Ferromagnetic shape memory alloy; Density functional theory; Martensite transition;
Carbon nanomembranes from self-assembled monolayers: Functional surfaces without bulk
Keywords: پراش الکترونی انرژی پایین; ABPT; aminobiphenylthiol; AFM; atomic force microscope; AMBPT; (4â²-azomethylmalonodinitrile)-1,1â²-biphenyl-4-thiol; B1BPT; bis-1,1-biphenylthiol; B4BPT; bis-4,4-biphenylthiol; BBDS; bisbiphenyl-disulfanyl; BBPDT; bisbiphenylene-dithiol; BE; binding en
Two commensurate hydrogen-bonded monolayer structures of melamine on Ag(111)
Keywords: پراش الکترونی انرژی پایین; Melamine; Amine; Adsorption; Hydrogen bonds; Scanning tunneling microscopy; Low energy electron diffraction;
Fe3O4 on ZnO: A spectroscopic study of film and interface properties
Keywords: پراش الکترونی انرژی پایین; Magnetite; Zinc oxide; Iron oxide; Photoemission; Low energy electron diffraction; X-ray Photoelectron Spectroscopy; X-ray magnetic circular dichroism; Hard X-ray Photoelectron Spectroscopy
LEED and STM studies of the stability of the MoO2(100) surface
Keywords: پراش الکترونی انرژی پایین; Oxide surfaces; Surface reconstructions; Scanning tunneling microscopy; Low energy electron diffraction;
Electronic and magnetic properties of ultra-thin epitaxial magnetite films on MgO(001)
Keywords: پراش الکترونی انرژی پایین; Magnetite; Epitaxial films; Superparamagnetism; Verwey transition; Conversion electron Mössbauer spectroscopy; Scanning tunneling microscopy; Molecular beam epitaxy; Low energy electron diffraction;
Photoelectron diffraction studies of Ag(001), MnO(001) and epitaxial MnO films
Keywords: پراش الکترونی انرژی پایین; Angle-resolved photoemission; Low energy electron diffraction; Photoelectron diffraction; MnO epitaxial films; Single crystal surfaces; Interface strain; Computer simulations; Green's function method;
Interaction of Ag with the Si(1Â 1Â 1)1Â ÃÂ 1-H surface
Keywords: پراش الکترونی انرژی پایین; Silver atoms; Si(1Â 1Â 1)1Â ÃÂ 1-H surface; Ag-Si bonds; Synchrotron radiation based photoemission spectroscopy; Low energy electron diffraction;
Oxidation of ultra-thin zinc films on Rh(100) surface
Keywords: پراش الکترونی انرژی پایین; Surface structure; Thin film; Zinc; Oxide; Scanning tunneling microscopy; Low energy electron diffraction;
Adsorption of Nd on the Mo(1Â 1Â 0) surface
Keywords: پراش الکترونی انرژی پایین; Low energy electron diffraction; Nd structures; Low-index transition metal surfaces; Monte Carlo simulations;
Characterization of bimetallic Au–Pt(111) surfaces
Keywords: پراش الکترونی انرژی پایین; Gold; Platinum; Alloy; Photoelectron spectroscopy; Photoemission of adsorbed xenon; Low energy electron diffraction; Scanning tunnelling microscopy
Surface segregation of aluminum atoms on Cu-9Â at.% Al(1Â 1Â 1) studied by Auger electron spectroscopy and low energy electron diffraction
Keywords: پراش الکترونی انرژی پایین; Auger electron spectroscopy; Low energy electron diffraction; Concentration; Annealing temperature;
Electron attenuation anisotropy at crystal surfaces from LEED
Keywords: پراش الکترونی انرژی پایین; Electron attenuation length; Low energy electron diffraction; Photoelectron diffraction; Electron-solid scattering and transmission; Low index single crystal surfaces; Copper;
Experimental deduction of In/Si(1Â 1Â 1) 2D phase diagram and ab initio DFT modeling of 2â3 phase
Keywords: پراش الکترونی انرژی پایین; Superstructural phases; Auger Electron Spectroscopy; Low Energy Electron Diffraction; Density Functional Theory;