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Moreover, the carrier mobility is enhanced with the decrease of radial length, in accord with the smaller effective mass of hole and electron for both types NTs.
where m e is mass of electron and m h is mass of hole.
Instead of conduction-band bottom by valance-band maximum, the formula (6) is often applied to solve the effective mass of hole ( frac{m_p^{m_0} ) [24].
Fig. 7 The effective mass of hole, the stretching modulus, the deformation potential constant of VBM, and hole mobility for a d As and e h Sb nanoribbons.
Here, C 1D is the stretching modulus, m ∗ is the effective mass of hole, and E is the deformation potential constant of VBM for holes.
where the first term is the energy of the green emission in bulk ZnO (E Green Bulk ≈ 2.38 eV [38 40]) and the second term is the hole quantization energy; m h = 0.59 m 0[2] is the effective mass of hole.
Similar(53)
The effective mass of holes decreases for pristine systems on the application of compression.
It has been reported that the effective mass of holes and electrons is comparatively higher than that of other polymers such as polythiophene, polyacetylene, and polyfuran95.
One sister's cap she had left on the bed was a mass of holes.
Indeed, after the green band becomes the top band, the effective mass of holes does not change drastically any more.
As shown in Fig. 5b, the effective mass of holes for D12 initially has a slight increase from −0.418 to −0.330 as η increases from −6 to 0%.
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