A portable, point-of-care biosensing platform leveraging carbon-supported metal chalcogenide nanocomposites (e.g., ZnS/graphene) for rapid, multiplexed detection of plant DNA/RNA. Combines electrochemical sensing with Wi...
Auburn University presents a novel electrochemical membrane separation (EMS) system designed for recycling semiconductor-grade sulfuric acid, achieving sub-ppb purity and 96-98% concentration. The system utilizes a close...
This innovative solution employs interfacial engineering to delay psyllium hydration, creating a temporary barrier that enhances drinkability without compromising physiological efficacy. Utilizing low-HLB de-oiled sunflo...
Innovative MoX2@graphene composites enhance Li-S battery performance by leveraging electrocatalytic activity and structural benefits. The composites improve sulfur utilization, cycling life, and reduce capacity fade, wit...