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In summary, a diffusion ratio was obtained to deeply explore dimensionality-controllable synthesis of ZnO nanowires.
A diffusion ratio γ, defined by short-circuit and lattice diffusion activation energies, was obtained to describe the growth mechanism of ZnO nanowires.
In order to clarify the contribution from short-circuit or lattice diffusion, we have defined a diffusion ratio γ taken as the percentage of lattice activation energy of Zn ions (where γ = 1/3 and 1 indicates short-circuit or lattice diffusion, respectively).
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Independent studies showed that dextrans larger than 500 kDa have a very low diffusion ratio in the cytoplasm [ 26, 27].
The model is based on a partial differential equation that describes the diffusion ratio of photovoltaic systems in a given region over time.
They found that the diffusion ratio has a moderate influence on the abundance of most surface species; CO and CH3OH were most affected.
With respect to the above descriptions, it can be deducted that non-isothermal models with considerable value of thermal diffusion ratio are not capable to have a reliable prediction of CG for present reservoir.
Thermal diffusion ratio of component i. Thermal diffusion factor.
These observations could be related to the change in sign of thermal diffusion ratio in studied range of depth which will cause dominance of thermal diffusion ratio compared to gravity. 3.
The resultant diffusion ratio γ dependence on the annealing temperature for ZnO nanowire, together with < s >, was shown in Figure4.
Figure 4 Plots of diffusion ratio γ dependence on the annealing temperature for ZnO nanowire together with < s >.
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