Equations of motion for electrons, phonons, and librons in one-dimensional conductors

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Abstract
Phenomenological equations of motion for electrons, phonons, and librons are developed to describe the transport phenomena in one-dimensional conductors above the Peirels transition. These equations provide a unified framework for explaining all the experimental data for the dc conductivity, its frequency dependence, the optical conductivity, and the effect of radiation on the dc and the optical conductivity.