Explore how electrochemical oxidation helps detect amphetamine-like drugs like MDMA in human serum with cutting-edge scientific methods.
Discover how microdroplet electrochemistry revolutionizes the detection of organomanganese fuel additives in kerosene, enabling precise environmental monitoring.
Exploring the critical role of reference electrodes in electrochemistry, from battery technology to medical sensors.
Explore how multivariate data analysis and AI are transforming electroanalytical chemistry, enabling precise detection of chemicals in complex mixtures.
Discover how solid electrodes are transforming drug detection through electrochemical analysis, offering speed, portability and precision in forensic and pharmaceutical applications.
Explore the fascinating science of amalgams - unique alloys formed when metals dissolve in mercury - and the electrochemical techniques used to study them.
Explore the fascinating world of liquid-liquid electrochemistry, where the interface between immiscible liquids enables advanced chemical sensing, energy storage, and scientific breakthroughs.
Explore how electrochemical methods are transforming biomedical studies through glucose sensors, disease detection, and smart medical devices.
Explore how fluorinated diamond electrodes achieve an unprecedented 5-volt polarizability window in aqueous solutions, revolutionizing electrochemistry applications.
Discover how scientists are using graphite pencil electrodes to detect pesticide residues in food through electrochemical analysis.