The effect of operating conditions (rotation rate, vessel fill percentage and total number of revolutions) was examined.
We studied how operational conditions (rotation speed, fill level, number of nozzles, and spray rate) influence the coating uniformity.
Before multidetector coronary computed tomographic angiography (cCTA), a non-enhanced prospective ECG-gated sequential scan was performed to measure coronary artery calcification (CAC) under the following conditions: rotation time of 330 ms, slice collimation of 0.6 mm, slice width of 3.0 mm, tube voltage of 120 kV, tube current of 50 mAs, and table feed/scan of 18 mm.
We predicted that, under current climatic conditions, rotation-length reductions in V associated with MLD damage would be no greater than 12%, with an across-site average of 6%.
In the "mismatch" condition, the rotation angle of the test stimulus differed from the matching rotation angle by 20° (50%) or 30° (50%).
In the present Vlasov code, there is a numerical constraint on the CFL condition for rotation in velocity space by magnetic fields.
In the vertical axis conditions, perceived orientation was around 90% likely to persist across targets (array condition) while rotation direction persistence was at chance.
Drift of the shot arises from lift, due to yawing, meteorological conditions, and rotation of the Earth.
In sub-critical flux conditions, module rotation substantially extended cleaning-free filtration.
The model describes adequately the experimental concentration time data for the extraction process under different conditions of rotation speed and TOMAC concentration.
