A selection of one common and commercially available table-top artificial Sweetener in Sudanese Markets (Steviana) was considered. The study showed that , the compositions of the sample ( steviana ) contained sorbitol as a natural low-potency sweetener, and it doesn't contain (Aspartame , Saccharin) as an artificial high-potency sweeteners which they are chemical additives and have hazardous on health . Raman peaks of these compositions were compared with previous studies and analysis, which they were identical with the obtained results. The samples were examined in powder and solvent forms. These samples were irradiated using 6mW Nd-YAG laser with 532 nm ModelHoribaLabRAM HR 3D at room temperature. These spectra provided free Raman fluorescence signatures in identifying the most significant peaks of these sweeteners. The results confirms and indicating excellent potentials of Raman spectroscopy for the assessment of Artificial sweeteners quality.

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