Institute of Physics / National College of Tech / /
IndustryTerm
molecular devices / metal adsorption / metal-oxide interactions / organic molecular devices / cluster energy calculation / potential applications / scannedphoton-energy mode / metal species / photon energy / kinetic energy / heteroepitaxial systems / imaginary cation site / electronic and photoelectronic devices / adsorption site / energy calculation / energy shift / stable site / organic electroluminescence devices / precise adsorption site / metal atoms / individual chemical species / metal oxide surfaces / scanned-energy photoelectron-yield / energy / /
NaturalFeature
Ge islands / Ge island / /
OperatingSystem
Fermi / /
Organization
Nagoya Univ. / Yokohama City Univ. / National College / 4Yamanashi Univ. / Univ. of Tokyo / 1Hokkaido Univ. / Institute of Physics / /
3 Surfaces and Interfaces detected with a 19-element Ge solid state detector. An EXAFS analysis was carried out using the REXand FEFF8.02 codes [7]. Figure 2 (a) shows the Ni K-edge PTRF-EXAFS spectra observed