Researchers demonstrated that sulfuric-acid-treated water hyacinth root powder achieved over 97 percent removal of hexavalent chromium from synthetic aqueous solutions ...
Researchers used response surface methodology to determine optimal drilling parameters for surface roughness and material removal rate in AA7075-T6 aluminium ...
Researchers used Analytical Quality by Design and a Central Composite Design to optimize and validate an RP-HPLC method that simultaneously ...
Aqueous extract of untreated sugarcane bagasse was optimized for fermentation with Saccharomyces cerevisiae MTCC 180, yielding 0.342 g/100 mL ethanol ...
Researchers in India optimized a pediatric carbamazepine dry suspension fortified with vitamin D, achieving controlled release, six-month stability and partial ...
A statistical optimization study found that solvent-to-solid ratio, not extraction time, governs phenolic recovery from cassava leaves during ultrasound-assisted extraction, ...
A response surface methodology study optimized epoxy-EPDM nano-silica composites, reaching 90.9 MPa tensile strength and 0.0441% water absorption under tested ...
A novel Proteus mirabilis isolate yields an alkaline-stable laccase extremozyme that, paired with biogenic selenium nanoparticles, achieves complete cypermethrin degradation ...
Turkish researchers optimized an ultrasound-assisted extraction using a choline chloride–glucose natural deep eutectic solvent that recovers pomegranate peel polyphenols with ...
Researchers used Analytical Quality by Design and a Central Composite Design to develop a rapid, buffer-free, stability-indicating HPLC method that ...
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