Publication detail
Complete optical characterization of non-uniform SiOx thin films using imaging spectroscopic reflectometry
OHLÍDAL, M. OHLÍDAL, I. KLAPETEK, P. NEČAS, D.
Czech title
Kompletní optická charakterizace neuniformních SiOx tenkých vrstev pomocí zobrazovací spektroskopické reflektometrie
English title
Complete optical characterization of non-uniform SiOx thin films using imaging spectroscopic reflectometry
Type
abstract
Language
en
Original abstract
Complete optical characterization of SiOx films non-uniform in thickness is performed using imaging spectroscopic reflectometry (ISR). It is shown that by using this technique it is possible to determine the area distribution of the local thickness (area map) of these films with arbitrary shape of this thickness non-uniformity. Furthermore, it is shown that the SiOx films studied do not exhibit the area non-uniformity in dispersion (material) parameters and optical constants.
Czech abstract
Je provedena kompletní optická charakterizace SiOx tenkých vrstev neuniformních v tloušťce pomocí zobrazovací spektroskopické reflektometrie. Je ukázáno, že pomocí této techniky je možno určit plošné rozložení lokální tloušťky těchto vrstev při libovolném tvaru jejich neuniformity. Dále je ukázáno, že studované vrstvy nevykazují plošnou neuniformitu v disperzních (materiálových) parametrech a optických konstantách.
English abstract
Complete optical characterization of SiOx films non-uniform in thickness is performed using imaging spectroscopic reflectometry (ISR). It is shown that by using this technique it is possible to determine the area distribution of the local thickness (area map) of these films with arbitrary shape of this thickness non-uniformity. Furthermore, it is shown that the SiOx films studied do not exhibit the area non-uniformity in dispersion (material) parameters and optical constants.
Keywords in Czech
Tenké vrstvy, optické parametry
Keywords in English
Thin films, optical parameters
Released
29.06.2008
Publisher
Trinity College Dublin
Location
Dublin
Pages from–to
M-P43–M-P43
Pages count
1