Electrical tomography is a relatively new imaging technique that can image the distribution
of the passive electrical properties of an object. Since electrical tomography technology was …

Planar array capacitance imaging is a feasible solution for detecting defects in composite
components. However, the coplanar arrangement of electrodes in the imaging system …

Co-planar array capacitive imaging is a non-destructive testing technique based on the
sensing of dielectric properties. As the number of independent electrodes in the sensor …

There are growing interests in the use of robots in collaborative environments with humans
or other intelligent machines. Sensing the environment for which the robot is operating can …

Planar array capacitance sensor imaging is a nondestructive imaging technique that can
provide the permittivity distribution of media across capacitance data measured by …

A micro electrical impedance tomography (EIT) sensor with radially distributed planar
electrodes was designed, characterized, and experimentally validated for real-time and non …

Planar array capacitive imaging is an emerging detection technique that has the advantages
of being non-invasive, having a fast response time, and the ability to approach an object …

This paper describes the development and validation of a rapid internal defect detection
method for multilayer composite components. Coplanar array capacitive imaging is based …

A coplanar electrode array sensor is established for the imaging of composite-material
adhesive-layer defect detection. The sensor is based on the capacitive edge effect, which …

Planar array capacitance imaging is a visualization imaging technique based on the edge
effect of electric fields. However, there are ill-posed problem and soft-field effects in the …