It is observed that the vertical surfaces of the targets that is perpendicular to the radar ground range direction, in y direction, generates a more concentrated backscattering, a line, while the rotated ones are more diffused as expected.
Scanning the illumination point across the tissue in one direction generates a 2D cross-sectional image of the sample (B-scan).
The switch in the beating direction generates a force in the opposite direction on the anterior hemisphere, while cells on the posterior hemisphere still beat in the normal beating mode, causing a deceleration of the spheroid.
The mathematical anisotropy in the mesh generating equations directly corresponds to the physical one, when the initially straight and normal to the axis of symmetry air/fluid interface, at the tube entrance, develops mostly along the axial direction, generating a long, open bubble.
Many high-throughput sequencers provide a paired-end option, in which each of the two opposite strands of a DNA fragment is read from the edge to the interior in the 5′ 3′ direction, generating a pair of reads.
It is possible that this reaction occurs in the opposite direction, generating an unsaturation which could be important in the synthesis of a compound produced in the parasite, whenever the parasite requires it in the composition of unsaturated fatty acids.
However, when the transmitter is enabled (TxEN set low), BP/BM voltages go to different directions, generating a differential voltage on the bus.
When more boron atoms are present, there are not many possible trajectories for the HF and a more regular structure is obtained, while when a small number of impurities are present, the etching could be in many directions, generating a sponge-like structure.
So the outer and inner portions of the contact patch slip on the pavement in opposite directions, generating a torque that tends to turn the front wheel in the direction of the turn, and therefore tends to decrease the turn radius.
Moreover, microtubules between neighboring cells quite often seem to follow each other's directions, generating a seemingly 'continuous' supracellular pattern.
Sectioning of the beta cell in random directions generated a diversity of slices with thickness of 70 nm like experimental slices.
