We present the analog of the Khalatnikov theory for the Kapitza conductance h_κ at the boundary between two dissimilar classical one-dimensional harmonic chains of atoms. We then perform steady-state molecular-dynamics computer experiments to determine h_κ directly. The phonon mismatch theory gives only order-of-magnitude agreement with the computer experiments. Preliminary calculations indicate that anharmonicity increases the Kapitza conductance.
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Lumpkin et al. (1978) studied this question.
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