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A Novel Concept of Identification of Metal-oxide Powders by Energy-resolved Density of Electron Traps
Published on Aug 22, 20171673 Views
Energy-resolved distribution of electron traps (ERDT) as well as conduction-band bottom (CBB) in metal oxide particles as a function of energy from valence-band (VB) top has been evaluated by newly de
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A Novel Concept of Identification of Metal-oxide Powders by Energy-resolved Density of Electron Traps00:00
Frontiers in Chemistry - Catalysis and Photocatalysis01:37
Frontiers in Chemistry 02:41
Unique03:51
Bunsho OHTANI04:00
ICAT Institute for Catalysis, Hokkaido University04:35
William S. Clerk05:13
Ambitious06:23
Ambiguous07:36
Science08:33
A Novel Concept of Identification of Metal-oxide Powders by Energy-resolved Density of Electron Traps08:56
Collaborators09:26
Photocatalysis09:58
Photocatalysis industries in Japan10:24
Fujishima, A.; Honda, K., Nature 238, 37 (1972).10:48
Article12:29
H: Honda-Fujishima effect13:16
J. Photochem. Photobiol. C: Photochem. Rev., 11, 157 (2010) - 114:59
J. Photochem. Photobiol. C: Photochem. Rev., 11, 157 (2010)17:42
Graph - 118:00
Graph - 218:50
Graph - 319:35
Graph - 420:01
X e.g., titania particles - 120:20
Identification - 121:01
Benzene21:51
Structure22:23
Science - 122:38
Identification of organic compounds - 122:50
Identification of organic compounds - 224:30
Identification of organic compounds - 324:54
Identification of organic compounds - 425:47
Identification of organic compounds - 526:22
Unique/phonetic26:51
Identification - 227:24
Identification - 327:44
IUPAC recommendation on inorganic compounds27:58
Science - 228:54
Bulk29:06
Surface29:37
Size29:45
Reconstruction of P25 from components30:19
Inhomogeneous composition of P2531:20
Identification - 432:22
Identification - 533:20
Identification - 633:28
Identification - 733:51
Identification - 834:26
Identification - 934:48
Identification - 1035:33
Finger print35:55
Identification of organic compounds36:37
Infrared absorption spectroscopy36:56
Photocemical method for ERDT measurement - 137:27
Photocemical method for ERDT measurement - 239:04
Reversed double-beam photoacoustic spectroscopy - 140:16
Reversed double-beam photoacoustic spectroscopy - 243:41
Reversed double-beam photoacoustic spectroscopy - 343:49
Reversed double-beam photoacoustic spectroscopy - 445:12
Reversed double-beam photoacoustic spectroscopy - 546:43
Reversed double-beam photoacoustic spectroscopy - 646:53
Reversed double-beam photoacoustic spectroscopy - 747:22
ERDT: energy-resolved distribution of traps - 147:24
ERDT: energy-resolved distribution of traps - 247:47
ERDT: energy-resolved distribution of traps - 348:09
ERDT: energy-resolved distribution of traps - 450:02
ERDT: energy-resolved distribution of traps - 550:22
ERDT: energy-resolved distribution of traps - 651:00
ERDT: energy-resolved distribution of traps - 751:53
Identification of powders - 156:09
Identification of powders - 256:35
Identification of powders - 357:25
Identification of powders - 457:40
X e.g., titania particles - 258:21
Degree of coincidence - 158:43
Degree of coincidence - 201:01:52
Degree of coincidence - 301:02:25
Fingerprint - 101:03:17
Fingerprint - 201:03:53
Fingerprint - 301:04:34