Optimizing growth, linear and 3rd order nonlinear optical traits of potassium aluminium sulfate (KAS) crystal by tuning pH for photonic device applications
This investigation is first to report the optimized crystal growth of potassium aluminium
sulfate (KAS) at different pH. The well-defined single KAS crystals have been grown at pH 3,
5 and 7 engaging the slow evaporation process. Crystal structure and lattice parameters of
grown KAS crystals have been determined using the powder X-ray diffraction technique. The
impact of pH on optical transparency of KAS crystal is studied within 200–1000 nm through
UV–visible optical analysis. He-Ne laser assisted Z-scan method is used to analyse third …
sulfate (KAS) at different pH. The well-defined single KAS crystals have been grown at pH 3,
5 and 7 engaging the slow evaporation process. Crystal structure and lattice parameters of
grown KAS crystals have been determined using the powder X-ray diffraction technique. The
impact of pH on optical transparency of KAS crystal is studied within 200–1000 nm through
UV–visible optical analysis. He-Ne laser assisted Z-scan method is used to analyse third …
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