Explore the fundamental processes at electrodes where electrical energy and chemical reactions meet, from basic principles to cutting-edge research discoveries.
Discover how groundbreaking 3D noble metal electrodes are revolutionizing electrochemistry with cheaper, more efficient, and sustainable chemical technologies.
Explore how MN4 complex-modified electrodes are revolutionizing chemical detection, particularly for thiols, with enhanced sensitivity and selectivity.
Explore how carbon paste electrodes in solid-contact minicavities are transforming chemical detection with unprecedented sensitivity and versatility.
Explore how chemically modified electrodes are revolutionizing sensing technology, from environmental monitoring to medical diagnostics.
How a dash of chemistry is turning simple metal into supersensors for everything from glucose to environmental toxins.
Discover how planar reference electrodes are transforming medical diagnostics, environmental monitoring, and neuroscience through miniaturization and advanced fabrication techniques.
Discover how Edge-Plane Pyrolytic Graphite electrodes outperform Glassy Carbon electrodes in detecting copper despite surfactant interference.
Discover how anodized edge-plane pyrolytic graphite electrodes are revolutionizing clindamycin detection in pharmaceuticals and human urine samples.
Explore how chemically modified electrodes are revolutionizing chemical sensing with unprecedented sensitivity and selectivity in healthcare, environmental monitoring, and more.