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Collective dynamics of a molten metallic alloy Li<sub>4</sub>Pb is studied using a combination of analytical multivariable approach of generalized collective modes and molecular dynamics simulations. Dispersion and damping of two branches of propagating collective excitations are analyzed in a wide range of wavenumbers. The features in collective dynamics connected with the large difference in species mass are discussed. Generalized k-dependent transport coefficients for Li<sub>4</sub>Pb are reported

COLLECTIVE EXCITATIONS AND GENERALIZED TRANSPORT COEFFICIENTS IN A MOLTEN METALLIC ALLOY LI_{4}PB