Since the beam at target is a Gauss-like beam, the effects of detector array's spatial resolution, effective testing area, systematic dynamic range, and surface response homogeneity on measurement accuracy of beam quality were analyzed quantitatively with numerical simulation.
Piezoresistive composites are materials that exhibit spatial and effective electrical resistivity changes as a result of local mechanical deformations in their constituents.
Our results on accuracy suggest that if one uses VBDM, then to reduce errors in absorbed dose estimates at the interface, the effective spatial resolution (physical spatial resolution and motion blurring) at the liver-lung interface should be minimized.
However, this additional effect altering the effective spatial resolution is accounted for by the fine tuning of the theoretical curve to the experimental data.
Four effective spatial characteristics are first identified as influential spatial characteristics in this case, including privacy, beauty, spatial diversity, and proximity.
We discuss quantitatively the effects of synchronization accuracy on effective spatial resolution of the resultant datasets.
Also, the effective spatial resolution became worse by T2 ∗ filter effect of a tissue, as a readout period in ssEPI increases [ 3, 6, 7].
Even though the effective spatial resolution along the phase-encoding direction varies spatially as a result of the echo-shifting effect inherent to DTI scans, images obtained from multischeme partial-Fourier reconstruction may be interpolated to the same spatial resolution.
Applying the same computational technique to locate and quantify effective spatial subdivisions, we find that removing short-distance traffic has profound consequences for the spatial structure and coherence of divisions.
