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We discuss pulse sequences for scanning the probe axis, which were not previously possible.
The technique makes use of fast real-time data processing methods to identify the bubble orientation during measurement and to accept readily interpretable data for only those bubbles whose central axes are coincident with the probe axis.
Plasma parameters are set as fpe = 3.0 MHz, fce = 1.4 MHz, f ν = 0.05 MHz, and the static magnetic field is perpendicular to the probe axis.
The probe moved at 4 mm/s during the preloading phase with its position directed at the center of the target lesion on the probe axis.
Another parallel resonance appears at the modified plasma resonance (MPR) frequency, which depends on the angle between the probe axis and the static magnetic field (Ejiri et al., 1968).
The probe pressed the breast at 4 mm/s as the probe axis was adjusted to the center of the tumor lesion using the camera information of tumor position.
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Here, we probed axis assembly using high-resolution chromatin binding studies of axis protein distribution and in vivo detection of physical associations between axis proteins.
Moreover, at moderate flow velocities, the signal is significantly enhanced because the negative effect produced by the displacement of the thermal element across the probe beam axis is more than compensated by a decrease of the effective thermal time constant due to radial mixing.
2. Baidya DK, Chandralekha, Darlong V, Pandey R, Goswami D, Maitra S. Comparative Sonoanatomy of Classic "Short Axis" Probe Position with a Novel "Medial-oblique" Probe Position for Ultrasound-guided Internal Jugular Vein Cannulation: A Crossover Study.
Additional file 2: Emergency department ultrasonography guided long-axis antecubital intravenous cannulation-part 2. Demonstration of initial short-axis probe positioning and transitioning to a long-axis approach to the antecubital vein.
The relationships are established for the above three forms of charge travelling rectilinearly along or parallel to the probe's geometrical axis in a laminar or fully developed turbulent flow.
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