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  2. Drude model - Wikipedia

    en.wikipedia.org/wiki/Drude_model

    However, Drude's model greatly overestimates the electronic heat capacity of metals. In reality, metals and insulators have roughly the same heat capacity at room temperature. Also, the Drude model does not explain the scattered trend of electrical conductivity versus frequency above roughly 2 THz. [12] [13]

  3. Wiedemann–Franz law - Wikipedia

    en.wikipedia.org/wiki/Wiedemann–Franz_law

    Electrical conduction of metals is a well-known phenomenon and is attributed to the free conduction electrons, which can be measured as sketched in the figure. The current density j is observed to be proportional to the applied electric field and follows Ohm's law where the prefactor is the specific electrical conductivity .

  4. Free electron model - Wikipedia

    en.wikipedia.org/wiki/Free_electron_model

    In solid-state physics, the free electron model is a quantum mechanical model for the behaviour of charge carriers in a metallic solid. It was developed in 1927, [1] principally by Arnold Sommerfeld, who combined the classical Drude model with quantum mechanical Fermi–Dirac statistics and hence it is also known as the Drude–Sommerfeld model.

  5. Free carrier absorption - Wikipedia

    en.wikipedia.org/wiki/Free_carrier_absorption

    Free carrier absorption occurs when a material absorbs a photon, and a carrier (electron or hole) is excited from an already-excited state to another, unoccupied state in the same band (but possibly a different subband).

  6. Kinetic inductance - Wikipedia

    en.wikipedia.org/wiki/Kinetic_inductance

    Kinetic inductance arises naturally in the Drude model of electrical conduction considering not only the DC conductivity but also the finite relaxation time (collision time) of the mobile charge carriers when it is not tiny compared to the wave period 1/f.

  7. Electronic specific heat - Wikipedia

    en.wikipedia.org/wiki/Electronic_specific_heat

    Although the Drude model was fairly successful in describing the electron motion within metals, it has some erroneous aspects: it predicts the Hall coefficient with the wrong sign compared to experimental measurements, the assumed additional electronic heat capacity to the lattice heat capacity, namely per electron at elevated temperatures, is also inconsistent with experimental values, since ...

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  9. Charge carrier density - Wikipedia

    en.wikipedia.org/wiki/Charge_carrier_density

    Charge carrier densities involve equations concerning the electrical conductivity, ... where it can be estimated from the simple Drude model. In this case, ...