Excitation wave patterns are imaged using high-bandwidth detectors, producing large data sets that are typically analyzed manually.
The architecture of the cheniers is imaged using high-frequency radar antennas (400 MHz to 2.6 GHz).
Cages were subjected to a 50 N control, 1000 N, or 2000 N compressive load between contoured loading platens in a simulated vertebral fusion condition, during which the cages were imaged using high-resolution micro-CT.
The grain bulks were imaged using a high resolution X-ray computed tomography system at 200 μm resolution.
Cavitation events in the synthetic tree induced by puncture, convective heating in air, and mechanical impact are imaged using a high speed camera at 16,326 pictures per second.
Fig. 8 The printed 3D model (a) was imaged using a high resolution CT scan from which a virtual model was constructed (b).
This printed model was imaged using a high resolution CT scan and a virtual model was derived from the CT images of the printed model and registered to the original virtual model derived from patient CT images.
Plates were imaged using a high content microscope (Operetta, PerkinElmer), and the images captured were processed using an automated image analysis software (Columbus, PerkinElmer) to determine the percentage of infected cells and the mean number of parasites per infected Vero cell.
The phantoms were imaged using a high-contrast time-delay integration XMT system developed in-house and based around a chassis and source supplied by X-Tek (now Nikon Metrology, UK) at Queen Mary University of London.
Mice were imaged using the high-resolution charge-coupled-device (CCD) cooled digital camera ORCA-2BT (Hamamatsu Photonics France, Massy, France), and Wasabi software (Hamamatsu Photonics), under anesthesia.
