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In the target sphere, 55 concentric spheres were configured in order to calculate the neutron fluxes at various depths.
This optical measurement method is suitable for radial error measurements of miniature ultra-high-speed spindles because of its applicability to a small target sphere, high-speed response and minor susceptibility to electric noise.
The authors have proposed an optical measurement method based on auto-collimation, which evaluates the radial error motion according to the movements of a laser beam reflected from a target sphere attached to the spindle end.
The location of target sphere was randomly determined in each of the four corners: upper-left, upper-right, bottom-left, and bottom-right corners.
After this initial period, a target sphere appeared for one second in one of the four corners along with a line that connected the target with the center sphere.
The terms A x, A y, B y, C x and C y represent the distance each target sphere is offset from the reference point, as shown in Figure 1b.
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Fine adjustment of the DVRTs was then carried out to ensure that the flat surface of each sensor was orthogonal to and in direct contact with one of the three target spheres.
A lower SWV value (2.14 vs. 2.34 m/s) is attributed to a given target (a sphere of gel included into a phantom) using a 4.5 MHz (a) compared to a 4.0 MHz (b) transmitting frequency.
A lower SWV value (2.14 vs. 2.34 m/s) is attributed to a given target (a sphere of gel included into a phantom) using a 4.5 MHz (a) compared to a 4.0 MHz (b) transmitting frequency Among the physical factors extrinsic to the US beam, two variables have to be considered.
In separate studies, we have already begun to explore the effectiveness of the RAbDMvIII in targeting tumor spheres derived from glioblastoma tumors.
3 dB beamwidth recorded in two experimental setups: (A, B ) three harbour porpoises closing on prey and (C, D ) a harbour porpoise approaching an aluminum sphere target.
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