METAL OXIDE IDENTIFICATION METHOD

WIPO Patent Application WO/2017/154450

A1

This metal oxide identification method is provided with an identification step for comparing the analysis results of a reference sample analysis step and the analysis results of a measurement sample analysis step. In the identification step, the identification of a measurement sample in relation to a reference sample is carried out using a coincidence coefficient obtained by multiplying (A) the coincidence of the band gap of the reference sample and the band gap of the measurement sample by (B) the coincidence of the total electron trap density of the reference sample and the total electron trap density of the measurement sample and/or (C) the coincidence of the energy distribution of the electron trap density of the reference sample and the energy distribution of the electron trap density of the measurement sample.

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OHTANI BUNSHO (JP)
TAKASE MAI (JP)
TAKASHIMA MAI (JP)
NITTA AKIO (JP)
KURODA YASUSHI (JP)

PCT/JP2017/004592

September 14, 2017

February 08, 2017

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NAT UNIV CORP HOKKAIDO UNIV (JP)
SHOWA DENKO KK (JP)

G01N29/24; G01N21/00

JP2015219026A	2015-12-07
JP2002168835A	2002-06-14
JPS59184539A	1984-10-19
US20140233035A1	2014-08-21

NITTA A ET AL.: "A fingerprint of metal-oxide powders: energy-resolved distribution of electron traps", CHEM. COMMUN., vol. 52, no. 81, 7 September 2016 (2016-09-07), pages 12096 - 12099, XP055422075

SHIGA Masatake et al. (JP)

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