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OPTIMISATION OF A SEMI-EMPIRICAL MODEL FOR ACCURATE DETERMINATION OF EXCITATION ENERGIES AND ABSORPTION SPECTRA OF QUANTUM DOTS

OPTIMISATION OF A SEMI-EMPIRICAL MODEL FOR ACCURATE DETERMINATION OF EXCITATION ENERGIES AND ABSORPTION SPECTRA OF QUANTUM DOTS

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OPTIMISATION OF A SEMI-EMPIRICAL MODEL FOR ACCURATE DETERMINATION OF EXCITATION ENERGIES AND ABSORPTION SPECTRA OF QUANTUM DOTS

OYENIYI, EZEKIEL (2021-05)

Quantum dots are nanomaterials that have several potential applications including the production of efficient solar cells. Accurate theoretical studies of excitation energies and absorption spectra of quantum dots are ...

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Author
- OYENIYI, EZEKIEL (1)
Subject
- Cluster excitation energies, Cluster absorption spectra, Hamiltonian, High level ab-initio Method, Nanomaterials (1)
- ... View More
Date Issued
- 2021 (1)

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