You-Zhao Lan, Hong-Lan Kang and Tao Niu Comprehensive understanding of size-, shape-, and composition-dependent polarizabilities of SimCn (m, n = 1–4) clusters International Journal of Quantum Chemistry 113
Hyperpolarizabilities of small semiconductor clusters that depend on their shape and size have important implications for nanomaterial design. This article describes the development of a better correlation between the polarizability and both the binding energy and change in charge distribution instead of the energy gap. A quantitative expression for tunable polarizabilities of small silicon carbide clusters is developed.
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