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We present a phenomenological theory of quasiparticle scattering andtransport relaxation in the normal state of iron pnictides based on thesimplified two-band model coupled via spin fluctuations. In analogy withanomalous properties of cuprates it is shown that a large and anomalousnormal-state resistivity and thermopower can be interpreted as the consequenceof strong coupling to spin fluctuations. The generalization to thesuperconducting phase is also discussed.

Analysis of transport properties of iron pnictides: spin-fluctuation scenario