Choosing a fly as sample, DEI and DEI-computed-tomography (CT) experiments were carried out using the new set-up.
Finally, a practical specimen design and a detailed scanning procedure are proposed, based on the CT experiments performed in this research.
3D X-ray computer microtomography (CT) experiments have been performed to assess the microstructure of scaled cellular polysiloxane elastomers and to predict how key morphological features alter as a function of compressive loading.
In this study, CT experiments were performed under a two-phase condition (gas and solid).
PET/computed tomography (CT) experiments were performed with a dedicated small-animal PET/CT scanner (eXplore Vista PET/CT, Sedecal, Algete, Spain/GE Healthcare).
During CT experiments, multiple 2D projections are taken from different orientations of the target specimen, and then these projections are processed computationally to generate a 3D structure.
Although CT experiments result in rapid data generation, the analysis and reconstruction of the collected data may require hours or even days of computation time with a medium-sized workstation, which hinders the scientific progress that relies on the results of analysis.
In CT experiments, both transient (phasic) and tonic (steady state) parts of the NaCl CT responses were quantified.
