Applicable Electronics Brand
ASET for Biological and Life Science Applications
The Automated Scanning Electrode Technique system has been used for non-invasive measurement of extracellular gradients in many life science applications.
ASET for Corrosion Research
The Automated Scanning Electrode Technique system has been used for non-invasive measurement of electrical and chemical gradients in many corrosion science applications.
Scanning Vibrating Electrode Technique
The SVET technique measures gradients corresponding to total ionic current flow in a conductive media. The measurement is made by vibrating a single probe with a tip typically in the range of 10-50 microns over a path of one tip diameter in two orthogonal directions simulatneously at distinct non-harmonic frequencies.
Scanning Ion Selective Electrode Technique
The SIET technique measures gradients corresponding to a specific ion. The measurement is made by moving a single probe with a tip typically in the range a few microns over a path of about 10 microns.
Other ASET techniques
The ASET system supports polarographic probes and fiber optic dissolved oxygen sensors and localized impedance measurements. The system supports differential imaging and can be integrated with microscope-based Raman spectroscopy. Many other sensors and techniques can be supported as well!