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It was found that the particle size of zinc carbonate might be tuned by process parameters, i.e., electrolysis voltage, carbonate ion concentration, solvent composition and stirring rate of the electrolyte solution.
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Analysis of variance for the obtained results showed that particle size of barium tungstate could be tuned by setting significant process variables especially barium and tungstate concentrations.
The process can also be tuned by modulating other processing parameters.
The results demonstrated that the shell thickness and microporosity could be tuned by times of coating process.
Furthermore, the optical properties and surface morphology of the QDs can be tuned by altering the growth process [4, 5], rendering this material system suitable for many photonic devices.
It also implies that the well-confined QDs structures may still exist after RTA and the inter-sublevels transition can be tuned by the post-growth processes.
Moreover, the porosity and nitrogen-doped configuration can further be tuned by a second heat-treatment process.
We determined that the pore size of the microparticles can be tuned by varying the post-heat-treatment process.
In our previous work, we also found that the "fragility" of the amorphous interfacial layer dynamics, a measure of the relative strength of the temperature dependence of diffusion and relaxation processes, could be tuned by altering NP size and by alloying the Ni NP with other metallic species such as Au, Ag, Pt, etc.
The morphologies of the MnO2 nanoflakes presented the loading-dependent characteristics and the nanoflake thickness could also be tuned by MnO2 mass loading in the fabrication process.
Several examples are presented to show how the interferometric signal from AAO can be tuned by controlling pore dimensions using the anodization process (voltage and anodization time, pore widening, surface coating).
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