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For this spin state, the binding energy increases with decreasing adatom density due to lower Coulomb repulsion between the partially charged Li atoms.
It should be noted that the donor binding energy increases with nitrogen concentration.
It has been consistently found that for all the SPSNs, the binding energy increases with the increasing value of 'n'.
Furthermore, as pointed out by Penev et al. [7], the magnitude of the binding energy increases with increasing tensile strain, so the total energy of the system is reduced by adatoms congregating near where the tensile strain is maximum.
Evidently, the binding energy increases with increasing number of nitrogen atoms in both groups.
It is possible to conclude that binding energy increases with increasing distance of the nitrogen atoms from the benzene ring.
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The binding energy increased with increasing Se contents.
Meanwhile, there was a positive relationship between the measured binding energy (Cd or Zn) at different ratios and the content of phyllosilicates + metal oxides, i.e. the binding energy increased with the increase of the content of phyllosilicates + metal oxides.
The binding energy increases for all impurity positions.
We find that with the electric field of the heterojunction increasing, (1) the effective width of quantum well decreases and (2) the binding energy increases monotonously, and in the mean time, (3) the spin-orbit split energy Г decreases drastically.
6 With increasing number of nitrogen atoms in the heterocycles, the distance between the rings decreases while the binding energy increases.
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