Sentence examples for effective slice of from inspiring English sources

The scanner configuration was 16x0.6 mm; giving an effective slice of 0.75 mm, with a complete scan time of 97.75 s, at a pitch of 0.4, and rotation time of 1 s.

However, these systems typically contain programs with unstructured control-flow, produced using goto statements; thus, effective slicing of unstructured programs remains an important topic of study.

Axial images were reconstructed in mid-diastole at 60% of the RR interval with an effective slice thickness of 3 mm and a reconstruction increment of 2 mm.

Images were reconstructed with an effective slice width of 0.625 mm at an increment of 0.4 mm.

Then, a dynamic T1-weighted gradient echo sequence (3-D fast low-angle shot sequence) was performed (TR = 4.9 ms, TE = 1.83 ms, FA = 12°) in transversal slice orientation with a matrix size of 352 × 352 pixels and an effective slice thickness of 1 mm.

A dynamic T1-weighted gradient echo sequence (3D fast low-angle shot sequence) was performed (TR = 11 ms and TR = 9 ms, TE = 5 ms, FA = 25°) in transversal slice orientation with a matrix size of 256 × 256 pixels and an effective slice thickness of 4 or 2 mm.

The effective slice thickness of the simulations presented in this study was obtained experimentally by adding a thin line throughout the simulated patient from head-left-posterior to foot-right-anterior.

The following techinical parameters were used: in 64-rows CT, effective slice thickness of 3.75 mm for plain acquisition, 1.25 mm in the late arterial phase and 2.5 mm in the portal venous phase; beam pitch of 0.938, reconstruction interval of 0.8mm, tube voltage of 120-140 KVp and reference mAs of 250/700 mA.

All specimens were scanned in the standard anatomic axial plane orientation and were reconstructed with an effective slice thickness of 1.0 mm and a sharp reconstruction kernel (B75s).

Despite this relatively high effective slice thickness, the diagnostic quality of the bedside CXR was improved.

The amount of this line that was visible in the reconstructed tomosynthesis slices illustrated an effective slice thickness corresponding to a patient slab of 30 mm.