Research Articles
The Nano-Detective: How Graphene and a Century-Old Chemical Are Revolutionizing Heavy Metal Detection
Explore how graphene-based sensors combined with cupferron are transforming heavy metal detection in water through advanced voltammetric analysis.
Carbon Film Electrodes: The Invisible Detectives Powering Modern Electroanalysis
Explore how carbon film electrodes revolutionize electroanalysis through sustainable fabrication, superior conductivity, and applications in medical diagnostics and environmental monitoring.
The Manganese Detective: How a Voltage Pulse Reveals What's in Your Water
Discover how cathodic stripping voltammetry and innovative electrodes are revolutionizing trace manganese detection in water supplies.
The Chemical Detective: Catching Trace Molecules with Precision Pulses
Explore how Differential Pulse Voltammetry at a Rotating Disk Electrode revolutionizes chemical detection with unprecedented sensitivity and precision.
The Sound of Science: How Ultrasound Supercharges Electrochemistry
Explore how ultrasound cavitation enhances voltammetric techniques for applications in e-waste recycling and materials science.
The Diamond Edge: How Boron-Doped Electrodes Are Revolutionizing Pollution Detection
Discover how boron-doped diamond (BDD) film electrodes are transforming environmental monitoring with unprecedented sensitivity and durability in detecting organic pollutants.