Browsing by Author "Ratnaweera,C. N"

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    DFT study on classical Koshland retention mechanism of Linamarin hydrolysis
    (Institute of Chemistry Ceylon, 2019-05) Dinuka,D. L. S; Ratnaweera,C. N
    T he hydrolysis of glucosidic linkage catalyzed by every carbohydrate-hydrolase is a reaction in which the product retains (α→α or β→β) or inverts (α→β or β→α) the anomeric configuration of the substrate. By releasing α-glucose and β-glucose, respectively, from the common substrates having α or β -glucosidic linkages, α-glucosidase and β-glucosidase are essentially distinguished.
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    First principle computational modeling of electronic
    (Institute of Chemestry Ceylon, 2026-05-02) Basnayake,B. M. M. D; De Silva,W. W. P; Ratnaweera,C. N
    Zeolites are microporous, crystalline, hydrated aluminosilicate minerals known for their function as “molecular sieves.” They are widely used for ion exchange, adsorption, and catalysis.