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When an electron is absorbed by a heavy atom or molecule, a heavy, negatively-charged ion is formed. These negative ions can be used for a wide array of useful applications, from organic solar cells to water purification. However, the electron absorption process for heavy particles is a complex many-body process, making it difficult for physicists to understand how the ions form. Dr Alfred Msezane at Clark Atlanta University has developed a robust mathematical theory to gain a fundamental understanding of negative ion formation in such heavy systems for the first time.
Dr Alfred Msezane - Negative Ion Formation in Complex Heavy Systems •
Metastable and excited negative ion formation in lanthanide and actinide atoms: Implications for electron affinity determination
Ground state negative ion formation in complex heavy systems: Electron affinity determination
Atoms, Free Full-Text
Physical Sciences & Mathematics Archives • Page 20 of 35 •
Ground state negative ion formation in complex heavy systems: Electron affinity determination
Ground state negative ion formation in complex heavy systems: Electron affinity determination
Ground state negative ion formation in complex heavy systems: Electron affinity determination
Physical Sciences & Mathematics Archives • Page 20 of 35 •
Doubly charged atomic negative ions for efficient tunable water oxidation to hydrogen peroxide
Electron Elastic-Collisions with Multi-Electron Atoms and Fullerene Molecules
PDF) Low-Energy Electron Elastic Differential Cross Sections for Lanthanide Atoms
