Research Areas
Biography and Research Information
OverviewAI-generated summary
Shealyn Chestnut's research focuses on the characterization of laser-induced plasmas, particularly their stoichiometry and mass. She has investigated the time-resolved absolute mass of yttrium laser-induced plasma and explored the relationship between atomized mass and crater volume in laser ablation. Chestnut's work also involves the application of atomic absorption spectroscopy to follow the stoichiometry of laser-induced plasmas. Her scholarly output includes three publications, with a total of 14 citations and an h-index of 2. She has collaborated with researchers at Arkansas State University, including Jonathan Merten, Shawnda Ethridge, Hannah Bariola, and Jackie Brees.
Metrics
- h-index: 2
- Publications: 3
- Citations: 14
Selected Publications
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Comparison of atomized mass and crater volume in laser ablation (2025)
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Time-resolved absolute mass of yttrium laser-induced plasma (2023)
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Following laser-induced plasma stoichiometry with atomic absorption spectroscopy (2022)
Collaboration Network
Top Collaborators
- Following laser-induced plasma stoichiometry with atomic absorption spectroscopy
- Time-resolved absolute mass of yttrium laser-induced plasma
- Comparison of atomized mass and crater volume in laser ablation
- Following laser-induced plasma stoichiometry with atomic absorption spectroscopy
- Time-resolved absolute mass of yttrium laser-induced plasma
- Following laser-induced plasma stoichiometry with atomic absorption spectroscopy
- Time-resolved absolute mass of yttrium laser-induced plasma
- Following laser-induced plasma stoichiometry with atomic absorption spectroscopy
- Time-resolved absolute mass of yttrium laser-induced plasma
- Following laser-induced plasma stoichiometry with atomic absorption spectroscopy
- Following laser-induced plasma stoichiometry with atomic absorption spectroscopy
- Following laser-induced plasma stoichiometry with atomic absorption spectroscopy
- Time-resolved absolute mass of yttrium laser-induced plasma
- Comparison of atomized mass and crater volume in laser ablation
- Comparison of atomized mass and crater volume in laser ablation
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