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Low-energy and CID data were acquired with a 1-s cycle scan time and 50 2000 m/z mass range.
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The currents associated with these bands increased as the number of cycle scans was increased.
They retain ∼93.1% of their initial capacitances after 3500 cycles (scan rate = 80 mV/s) in NaOH electrolyte.
While, multi-cycle scanning potentiostatic polarization measurements was also developed to evaluate rapidly the degree of the auto-catalyzing process inside the OCC.
The charge discharge behavior of the composites prepared in this work was examined by chronopotentiometry at a constant current density for multi-cycle scans.
For one metabolite spectrum 8 subspectra of 16 phase cycled scans each were recorded with TR = 3 s.
For one metabolite spectrum eight subspectra of 16 phase cycled scans each were recorded with TR = 3 s and TE = 80 ms. Before further processing, the 8 metabolite subspectra were corrected for eddy currents using water-unsuppressed spectra (TR and TE as above), automatically corrected for frequency and phase shifts, and added together to give 128 averages.
Finally, the peak current almost approached to zero after seven-cycle scans.
Acquisition parameters for cine imaging were repetition time 4.1 ms, echo time 2.1 ms, flip angle 45°, slice thickness 3 5 mm, acquired voxel size 1.5 mm, 32 phases/cycle, scan duration 29 s/slice.
This methodology eliminates the randomness of programming, while considerably the time of the reading cycle or scan, especially in the sequential processes.
The studies were performed for various: respiratory cycle (RC), scan angle, and fraction of RC contained therein.
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