Sentence examples for 3d imaging capability from inspiring English sources

In addition, a 3D imaging capability, used in vacuum, and immunity against moderate magnetic fields were demonstrated.

In this work the 3D morphology of three potential scaffolds for PCa cell culturing was investigated by means of synchrotron X-ray computed micro tomography (SXCμT) fitting the according requirements of high spatial resolution, 3D imaging capability and low dose requirements very well.

The 3D imaging capability of the CARS technique makes this aim achievable based on its nonlinear nature.

Though the second generation system has already demonstrated 3D imaging capability, the sampling density has to be sacrificed due to the limitation of scanning time (usually couple of seconds) caused by the limited imaging speed [ 12– 29].

Since its beginning in the early nineties [ 1], Optical Coherence Tomography (OCT) has proven its interest for many biomedical fields thanks to its virtual slicing and 3D imaging capability.

In particular, CARS holography fuses the three-dimensional (3D) imaging capability of holography with the high-sensitivity (up to ~five orders of magnitude improvement over the spontaneous Raman scattering [ 8]) and chemical selectivity of CARS into a new label-free, non-scanning, 3D imaging modality.

In order to experimentally verify the 3D imaging capabilities of this γ-camera design, we have conducted preliminary experiments to measure the profile of a thin disk 57Co (122 keV) γ-ray source with a prototype system by using an imaging plate instead of the FPD.

The combination of the axial and rotary scan offers high-resolution 3D imaging capabilities.

The development of femtosecond lasers as excitation sources allowed the development of multiphoton (or nonlinear) microscopy techniques, including two-photon excitation fluorescence (TPEF) and second-harmonic generation (SHG), which present high resolution and 3D imaging capabilities [ 18, 19].

The potential for an inexpensive retinal imaging system with high quality 3D imaging capabilities is one of importance clinically in the drive to detect retinal disease early through screening.

Moreover, the volumetric micron-level resolution and 3D imaging capabilities of OCT significantly enhance the current capabilities beyond the measurement of Tc to full exploration of the product response to temperature changes and imaging of structural changes and fine features of the freeze-drying process including ice nucleation and the freezing stage of lyophilization.