Discover how voltohmmetry is transforming trace metal detection through surface resistance measurements, offering a mercury-free alternative to traditional electrochemical methods.
Comparative study of nanomaterials vs amalgam electrodes for lamotrigine monitoring in epilepsy treatment
Explore how bioelectroanalysis combines biology and electrochemistry to create sustainable, sensitive chemical detection methods with minimal environmental impact.
Discover how gold nanoparticle-coated platinum electrodes enhance ascorbic acid detection through advanced electrochemistry and nanotechnology.
Discover how a revolutionary solar-powered nano-sensor detects hydrogen peroxide emissions from living cells for early disease diagnosis.
Breakthroughs in lithium-air battery technology promise energy densities rivaling gasoline, potentially enabling 1,000-mile EV ranges through four-electron reactions.
Discover how boron-doped diamond electrodes in hydrodynamic flow cells revolutionize detection of toxic chlorophenols in water
Discover how a revolutionary electrochemical cell combines microextraction and analysis for detecting trace water pollutants with unprecedented efficiency.
Exploring the fabrication, characterization, and voltammetric studies of gold amalgam nanoparticle modified electrodes for enhanced chemical detection.
Exploring how electroanalysis detects arsenic in guar gum and its impact on food safety and material science.