Sentence examples for electric imaging from inspiring English sources

In this study, the 2D electric imaging technique was employed to map the thick soft clay deposits in four reclamation sites.

Additionally, electric resistivity of about 20 natural clays collected worldwide was measured and compared to that of the Pusan clays as an initial effort in creating a database of clay electric resistivity to help further application of electric imaging in geotechnical investigation of clayey soils.

The application examples showed that the calculated fracture width could be compared with fractures on the electric imaging logs.

Our gold standard was seizure freedom after operation, as used in many electric source imaging, magnetic source imaging and EEG functional MRI studies (e.g. Thornton et al., 2010; Grouiller et al. 2011; Seo et al., 2011).

This led to four constellations: low-resolution electric source imaging with template MRI, low-resolution electric source imaging with individual MRI, high-resolution electric source imaging with template MRI and high-resolution electric source imaging with individual MRI.

The sensitivity and specificity of electric source imaging is as high as (or even higher than) more established brain imaging techniques, and electric source imaging is relatively inexpensive when compared with nuclear medicine techniques or MRI-based approaches.

In addition, we evaluated the effect of the number of electrodes on localization precision, i.e. comparing electric source imaging based on 64 256 EEG recordings (high-resolution electric source imaging) with those of standard EEG channel number (19 29 channels; low-resolution electric source imaging).

This paper describes our use of an SPM-based read/write technique in which AFM is used to electrically modify the surface of a sputtered carbon film, and electric conductivity imaging of the modification marks is performed with a conductive tip.

In order to determine the relative yield of electric source imaging for patients with temporal and extratemporal lobe epilepsies, sensitivities and specificities were calculated for all electrical source imaging constellations and imaging exams separately for both patient groups.

PURPOSE: The purpose of the present study was to evaluate the performance of a prototype electric portal imaging device (EPID) with a high detective quantum efficiency (DQE) scintillator, LKH-5.

We designed and created a microcontroller-powered mechanical flower that could bloom based on shape memory alloy actuation and detect human proximity using electric field imaging and capacitance sensing.