A density functional theory study on the linear and nonlinear optical behavior of single fluoreatoom doped lithium plugs
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Abstract (EN)
It is aimed to increase the application of optical properties to potential applications and materials so that single halogen atom doped lithium pellets can be used in lithium-based batteries, optical sensors, communication and data storage systems. The aim is to reveal the optical behavior of the most stable structures of linear LinF (n=1-8) pellets and nonlinear LinF (n=2-8) pellets. In this study; the optical properties of linear (LinF, n=1-8) stable structures and non-linear (LinF, n=2-8) stable structures of single fluorine atom-doped lithium pellets were investigated theoretically with the help of hybrid-Density Functional Theory (h-DFT)
Author
Selçuk Güvenir
Institution
How to Cite
Selçuk Güvenir (Master Thesis). A density functional theory study on the linear and nonlinear optical behavior of single fluoreatoom doped lithium plugs, 2023, Bilecik Şeyh Edebali Üniversity.
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