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Exposure time was 700 ms per projection and the tube current was 500 µA.
The exposure time was set to 300 ms per projection and the gantry was rotated over 360 degrees while 601 two-dimensional projections were taken.
An integration time of 150 ms per projection was used.
800 Projections were taken between 0° and 180° using an acquisition time of 18 ms per projection resulting in a total scanning time of ∼15 s for a complete tomogram.
For the high energy spectra, the imaging parameters were the tube peak potential of 120 kVp, the tube current of 20 mA, and the exposure time of 20 ms per projection.
For the low energy spectra, the imaging parameters were the peak tube potential of 70 kVp, the tube current of 40 mA, and the exposure time of 40 ms per projection.
Similar(54)
Images were acquired in list-mode with the following parameters: 50 kVp X-ray source voltage, 180 μA current, a composite X-ray filter of 0.5 mm aluminium, 120 ms camera exposure time per projection, 9 projections per view, 23 × 35 mm field of view, acquiring projections with 0.7° increments over a total angle of 180°, producing images with a real pixel size of 35 μm.
Let e ′ : M → M be the projection of M to M ′ with kernel M ′ ′ ⊕ M ′ ′ ′.
For optimal contrast the energy was set to 22 keV and the exposure time per projection was 1000 ms.
Cells were lysed in M-PER (Pierce).
Dynamic data acquisition was performed for 45 min by a two-scan sequence of 10 s per projection with stepwise rotation of two projections over 360°, followed by 150 s per projection with stepwise rotation of two projections over 360°.
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