The phrase "axis of mirror" is not standard in written English and may cause confusion.
It could be used in contexts discussing reflections or symmetry, but it would need clarification or rephrasing for better understanding.
Example: "The axis of mirror symmetry in the design creates a balanced visual effect."
Alternatives: "line of reflection" or "mirror axis".
Instead, the axis of mirror symmetry forms in 100% of the cases.
Neurons placed caudally to the axis of mirror symmetry could influence the polarization of the caudal-born hair cell and vice versa.
First, hair cells of opposite polarities are born in pairs creating an axis of mirror symmetry in the neuromast, with 100% of the hair cells anterior to this axis placing their kinocilium towards the posterior and vice versa.
The rationale behind the design of the constructs derives from the approximate sequence symmetry of the ESS3b loop sequence, 5′-GAU⊙UAGU-3′ (where ⊙ represents the axis of mirror symmetry), and from our previously determined SL3ESS3 structure in which we showed the apical loop has quasi-stereochemical symmetry.
Reflected RF wave at the rotary capacitor supposed to connect the rotation axis of the mirror comes back to the RF feeder and the phase change of reflected RF due to the overlap condition between the two electrodes tells us the rotation angle of the mirror.
Open image in new window Figure 2 Neutral axis of the mirror.
With the geometry of the trap and focusing employed in the setup described here, one of the trap axes is parallel to the optical axis of the mirror, while the other two are perpendicular.
That is for each pixel in the WMAP, the ARF is computed based on the detector efficiency, and the pixel's location relative to the optical axis of the mirrors.
were displayed on the monitors, with the scenes shown in the adjacent monitors at the end of an arm being the mirror version of each other along the vertical axis (each pair of mirror scenes on adjacent monitors constituted one stimulus scene; see examples in Fig. 3A).
The optical axis of a curved mirror passes through its geometric centre and its centre of curvature.
In order to address the coupling terms in matrix A ij, B ij, and D ij, the neutral axis of the composite mirror is defined in Figure 2.
