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A new hybrid kinetic electron model is developed for electrostatic full-f gyrokinetic simulations of the ion temperature gradient driven trapped electron mode (ITG-TEM) turbulence at the ion scale.
In the model, a full kinetic electron model is applied to the full-f gyrokinetic equation, the multi-species linear Fokker Planck collision operator, and an axisymmetric part of the gyrokinetic Poisson equation, while in a non-axisymmetric part of the gyrokinetic Poisson equation, turbulent fluctuations are determined only by kinetic trapped electrons responses.
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By the mid-1930s the free-electron model was largely superseded by the band theory of solids.
The free-electron model was first proposed by the Dutch physicist Hendrik A. Lorentz shortly after 1900 and was refined in 1928 by Arnold Sommerfeld of Germany.
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A threefold to tenfold Baumbach-Allen electron density model is usually used for active regions.
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As a matter of fact, in order to account for device degradation in circuit design, a suitable electron device model is needed which is able to predict the performance degradation as a function of the actual electrical regime involved in the device operation.
The importance of the inclusion of L condition in the electron density profile model is shown.
The Chapman scale height HT at F2 peak, which can be used to construct a topside electron density profile model, is deduced from ground-based ionograms.
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