Supun B Attanayake: h-index, Total Citations, and Citation Map
Supun B Attanayake's h-index is 7 (5 i10-index, 129+ total citations across 23+ publications) according to Google Scholar as of May 2026. Supun B Attanayake is affiliated with Department of Physics, University of South Florida.
Supun B Attanayake is a researcher affiliated with Department of Physics, University of South Florida, specializing in Material Sciences, Magnetism, Nanoparticles. Their work has been cited 129 times. This profile visualizes their global influence, highlighting strong citation networks in United States.
Supun B Attanayake's Citation Metrics
Bibliometric impact based on 23 indexed publications. Of these, 17 are original research articles — the rest are literature highlights, conference abstracts or theses.
- H-Index
- 7
- i10-Index
- 5
- Total Citations
- 129
- Citing Countries
- 17
As of May 2026.
Supun B Attanayake has an h-index of 7 and 129 total citations across 23 publications, with research cited by institutions in 17 countries.
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Top Cited Works
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Role of Magnetic Anisotropy on the Hyperthermia Efficiency in Spherical Fe3−xCoxO4 (x = 0–1) Nanoparticles
202133
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Visa Evidence Package
Views and exports tuned for EB-1A, O-1A, and EB-2 NIW petitions. Sustained acclaim, geographic reach, and independent-citation filtering are the strongest evidence categories immigration adjudicators look for.
Significant Contributions
Auto-detected research lines — a seminal paper and the follow-up work building on it. Review and edit before using in a petition. Each Free PDF opens in a new tab — EB-1A organises this into the structure USCIS applies to Criterion 5 of 8 CFR § 204.5(h)(3)(v); EB-1B re-frames it under § 204.5(i)(3) (outstanding researcher); NIW presents it under prong 2 of Matter of Dhanasar.
78 citing papers could not be classified (no author data) — excluded from the percentages above.
The researcher advanced magnetic hyperthermia efficiency by systematically investigating magnetic anisotropy in cobalt-substituted iron oxide nanoparticles and extending these principles to rare-earth doped and annealed nanomaterials.
The researcher developed tunable iron oxide nanostructures with emergent magnetic properties, establishing a foundation for advanced magnetic therapies and metamagnetic materials.
Citation trend (last 10 years)Click to expand
Citation Trend (Last 10 Years)
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