Photoemission
Engineering & Materials Science
100%
Photons
Engineering & Materials Science
90%
Nanoclusters
Engineering & Materials Science
84%
Molecular orbitals
Engineering & Materials Science
82%
nanoclusters
Physics & Astronomy
80%
Hot electrons
Engineering & Materials Science
72%
Plasmonics
Engineering & Materials Science
71%
Hot Electron
Chemical Compounds
69%
Shibuta, M. ,
Inoue, T. ,
Kamoshida, T. ,
Eguchi, T. &
Nakajima, A. ,
2022 12月 ,
In: Nature communications. 13 ,
1 , 1336.
研究成果: Article › 査読
Aluminum
100%
Organic Molecule
80%
fullerene C60
74%
Photoelectron Spectroscopy
65%
Boron
63%
Shibuta, M. ,
Yamamoto, K. ,
Ohta, T. ,
Inoue, T. ,
Mizoguchi, K. ,
Nakaya, M. ,
Eguchi, T. &
Nakajima, A. ,
2021 1月 26 ,
In: ACS Nano. 15 ,
1 ,
p. 1199-1209 11 p. 研究成果: Article › 査読
Nanoclusters
100%
Hot electrons
86%
Plasmonics
85%
Hot Electron
83%
Precious metals
76%
Inoue, T. ,
Shibuta, M. ,
Suzuki, T. &
Nakajima, A. ,
2020 6月 11 ,
In: Journal of Physical Chemistry C. 124 ,
23 ,
p. 12409-12416 8 p. 研究成果: Article › 査読
Photoemission
100%
Molecular orbitals
94%
Photons
65%
molecular orbitals
55%
Thin films
52%
Filter banks
100%
Image coding
90%
Convolution
38%
FIR filters
14%
Image compression
13%