Space Charge Effects
Space charge effects is the phenomenon where the net accumulation of electric charge within a volume of space generates electric fields that influence the motion and distribution of charged particles within or passing through that region. This concept investigates the self-generated electrostatic forces arising from non-neutral charge distributions and their significant impact on particle beam dynamics, current flow in electronic devices, and plasma behavior in various physical systems.
989
Publications
52.3K
Citations
1.8K
Authors
635
Institutions
Publications per year
2017–2026
103
Parents
989
Jinliang He, Vladimir A. Rakov, Daohong Wang et al. · Atmospheric Research · 2013 · 1.3K citations
The electrical nature of storms
Choice Reviews Online · 1998 · 573 citations
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1.8K
Leading researchers in Space Charge Effects. Counts cover only their work on this concept, not their overall record.
| Publications | Citations | H-Index | |
|---|---|---|---|
MA University of Florida | 82 | 6.3K | 47 |
VA University of Florida | 85 | 7K | 43 |
KJ University of Florida | 22 | 1.3K | 22 |
EP University of Arizona | 24 | 1.9K | 21 |
DM University of Florida | 23 | 1.2K | 21 |
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635
Leading universities and research organizations in Space Charge Effects. Counts cover only their work on this concept, not their overall record.
| Publications | Citations | H-Index | |
|---|---|---|---|
Gainesville, United States | 297 | 18.1K | 44 |
Socorro, United States | 73 | 6.1K | 21 |
![]() Beijing, China | 118 | 5K | 18 |
Lausanne, Switzerland | 60 | 2.1K | 18 |
Beijing, China | 66 | 1.8K | 17 |
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Leading journals and conferences in Space Charge Effects. Counts cover only their publications on this concept, not their overall record.
| Publications | Citations | H-Index | |
|---|---|---|---|
196 | 13.7K | 70 | |
67 | 3.7K | 35 | |
67 | 2.2K | 29 | |
70 | 2.8K | 29 | |
38 | 2.8K | 28 |
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