The coefficient κ 1 accounts for distributed reflection-like diffraction into the counter propagating in-plane wave, such as from ( overset{rightharpoonup }{b_1} ) into ( overset{rightharpoonup }{b_{-1}} ) or from ( overset{rightharpoonup }{b_2} ) into ( overset{rightharpoonup }{b_{-2}} ).
Instructional leadership (practices that involve the planning, evaluation and improvement of teaching and learning) and distributed leadership (a reflection of leadership being shown by the principal, but also of others acting as leaders in school) are seen as conducive to student learning.
We present an architecture in which reflection is distributed so that components mutually observe and protect each other, and where the system has a distributed model of all its components, including those concerned with the reflection itself.
Reflection is distributed evenly around the perimeter of the hexagon, indicating that incident atoms are deflected away from the hexagon center due to the relatively low force experienced here.
The areas of interest of the attendees were widely distributed as usual, a reflection of the large array of so-called 'critical illnesses'.
In Fig. 3a (X = −23.25), a zone of high reflection strengths (higher than 1.5) is located at depths of 25 28 km in the central part of R1, and zones of moderately high reflection strengths (higher than 1.2) are distributed around the zone of high reflection strengths.
The location of the fault system interpreted in the seismic reflection profile is distributed around the area with largest slip and tsunami induction of the 2011 event.
Because the scattering is more ubiquitous than in the Bragg concept, the scattering power (structure factor) from any given reflection is also distributed, and most experiments will not capture all the associated intensity for comparison with calculated models.
This decorrelation is usually ensured by the multiple reflections on randomly distributed obstacles, giving often rise to a wide spread in the direction of arrival of the rays.
We design a novel semiconductor/superlattice AlAs/(GaAs/AlAs) distributed Bragg reflector (DBR), and the reflection spectrum is calculated by employing transfer matrix method.
