[PDF] Top 20 Adsorbate structure determination using energy scanned photoelectron diffraction
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Adsorbate structure determination using energy scanned photoelectron diffraction
... simulations using the exact atomic positions found to give the lowest total energy in the DFT calculations, but past experience shows that this is unlikely to be ...bulk structure; this differs from ... See full document
182
Global search algorithms in surface structure determination using photoelectron diffraction
... the adsorbate, the z coordinate of the molecule above the surface, the displacement of the sulphur group along the <211> azimuth, the S-O bondlength, the O-S-O bond angle, the difference in the z coordinates ... See full document
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The local structure of OH species on the V2O3(0 0 0 1) surface: a scanned energy mode photoelectron diffraction study
... typical adsorbate structure determinations involving high-symmetry adsorption sites on metal surfaces, we find best-fit R-factor values as low as ...for adsorbate emitter atoms in low-symmetry or ... See full document
34
Structure analysis of adsorbates on single crystal surfaces using photoelectron diffraction
... a photoelectron energy is changed meaning that a peak comparison must be carried out over a wide range of ...kinetic energy range of 68 eV – 372 ... See full document
139
Structural determination of bilayer graphene on SiC(0001) using synchrotron radiation photoelectron diffraction
... angle-scan photoelectron diffraction (PED) to study single-domain graphene bilayers grown on the Si-terminated SiC(0001) ...kinetic energy. Coherent interference of the directly emitted ... See full document
10
Fivefold surface of quasicrystalline AlPdMn: Structure determination using low energy electron diffraction
... surface structure was found to be determined by cluster aggregates formed on the basis of an elementary cluster whose diameter of about 10 Å points to the pseudo-Mackay icosahedron ~ PMI ! ...the structure ... See full document
16
Quantitative adsorbate structure determination for quasicrystals using x ray standing waves
... Laboratory using the melt decantation method ...surface diffraction pattern was verified with ...[20]), using beamline ...the photoelectron energy ... See full document
15
Photoelectron diffraction calculations for adsorbate systems
... with energy or ...Low Energy Electron Diffraction ...the structure first and then see whether the calculated intensity (I) versus energy (V) curves agree with ... See full document
268
Quantitative adsorbate structure determination under catalytic reaction conditions
... core-level photoelectron intensity in fixed directions as a function of photon energy, and hence photoelectron ...the photoelectron wavefield and other components elastically scattered by ... See full document
13
Photoelectron diffraction investigation of the structure of the clean TiO2(110)(1×1) surface
... finite energy resolution and angular acceptance of the electron energy analyser ...In using PhD to determine an adsorption structure one usually tests a range of different possible structural ... See full document
27
Photoelectron diffraction: from phenomenological demonstration to practical tool
... of photoelectron diffraction in surface structure determination are that the resulting structural information is local and is both element specific and chemical- state ...the ... See full document
21
The local adsorption structure of benzene on Si(001) (2 × 1): a photoelectron diffraction investigation
... adsorption structure(s) in the saturated layer; ...a scanned-energy mode photoelectron diffraction (PhD) [25, 26] study of C 1s photoemission from a saturated layer of benzene on ... See full document
22
Quantitative determination of the local structure of thymine on Cu(1 1 0) using scanned energy mode photoelectron diffraction
... binding energy component of the N 1s emission originates from the deprotonated (surface bonding) N(3) atom and that the peak with the higher binding energy is from the N(1) that is still ...binding ... See full document
30
V doped TiO2(110) : quantitative structure determination using energy scanned photoelectron diffraction
... (1x1) structure lies just within one standard deviation of the value for the (1x2) ...best-fit structure are compared with the values obtained for the pure TiO 2 surfaces by Kröger et ... See full document
29
Uracil on Cu(110) : a quantitative structure determination by energy scanned photoelectron diffraction
... the structure of uracil chemisorbed on Cu(110), with bonding via both of its oxygen atoms and the N(3) nitrogen atom between, all three of these atoms occupying singly-coordinated off-atop sites relative to ... See full document
25
The structure of the V2O3(0001) surface : a scanned energy mode photoelectron diffraction study
... (…V'OVV'OV). In addition, the half-metal termination may have adsorbed O atoms atop the outermost (half-metal) V atoms to produce surface vanadyl species (…V'OVV'OV=O). For each of these terminations one may expect ... See full document
31
Photoelectron diffraction determination of adsorbate structures
... azobenzene were performed prior to the dosing on both molecules in order to remove any possible contaminants. During the first experimental run in November 2010, it was difficult to adsorb azobenzene on the sample, and ... See full document
139
Pr4Ge3S12: structure determination from high resolution powder diffraction data
... the determination of the amount of contamination of the title compound by the starting ...Its structure was assumed to be isostructural with the structure of La 4 Ge 3 S 12 ... See full document
6
Structural and optical studies of zno nanorods prepared of nanorods prepared by hydrothermal method
... Despite the fact that EDX provides a better chemical analysis, however the technique has got some draw backs related to the detection process like, X-ray escape peaks, peak distortion and peak broadening. The escape peak ... See full document
6
Identifying the Azobenzene/Aniline reaction intermediate on TiO2 (110) : a DFT Study
... atom, and the molecular plane lies perpendicular to the surface and parallel to the [011] azimuth. The H atom bonds to a bridging O atom to produce a local hydroxyl species, as in hydrogen adsorption on the bare surface. ... See full document
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