Distributed Element Modeling is a computational modeling approach in impedance spectroscopy that represents electrochemical systems by spatially continuous distributions of electrical elements, as opposed to discrete lumped components, to accurately capture frequency-dependent phenomena arising from heterogeneous material properties and interfacial processes.
36
Publications
1.6K
Citations
94
Authors
53
Institutions
Publications per year
2017–2026
7
Parents
Publications
36
1–5 of 36
Authors
94
- SA
3
h-index
- AW
3
h-index
- JL
2
h-index
- DC
2
h-index
- HK
2
h-index
1–5 of 94
Institutions
53
California Institute of Technology
Pasadena, United States
4 h-index
6 publications
683 citations
Stanford University
Stanford, United States
2 h-index
5 publications
56 citations
National Cheng Kung University
Tainan City, Taiwan
2 h-index
4 publications
53 citations
Centre National de la Recherche Scientifique
Paris, France
2 h-index
3 publications
64 citations
Tokyo Institute of Technology
Tokyo, Japan
2 h-index
9 publications
377 citations
Columbia University
New York, United States
2 h-index
4 publications
70 citations
NTT Basic Research Laboratories
Atsugi, Japan
2 h-index
4 publications
166 citations
National Research University Higher School of Economics
Moscow, Russia
1 h-index
2 publications
96 citations
1–8 of 53
Venues
- IEEE Transactions on Microwave Theory and Techniques
3 publications · 100 citations
3
h-index
- Journal of Engineering Mechanics
3 publications · 78 citations
3
h-index
- Physical Review B
PRB · 2 publications · 83 citations
2
h-index
- IEEE Transactions on Applied Superconductivity
2 publications · 63 citations
2
h-index
- International Journal of Solids and Structures
2 publications · 64 citations
2
h-index
1–5