Sentence examples for considered the reflection from inspiring English sources
Singh et al. (2016) considered the reflection and transmission of dilatational waves at a microstretch solid/fluid interface.
Although these authors considered the reflection from the parallel electric field region as defining a different resonator, the same low densities that produce the Alfvén speed peak also favor the formation of parallel electric fields.
We also asked the facilitators to document the significance they considered the reflection to have, for example what it meant for the staff's awareness of ethics, and their ability to deal with ethical challenges.
However, the methods in [9, 10] only resolved the multipath problem and only considered the reflections off the walls, and methods in [11] ignored the reflections and diffractions caused by obstacles as well as the effect of people in the room.
Next, we newly consider the reflection model of metal objects.
Considering the reflection of equipment's effectiveness on development and production cost, cost estimation model based on effectiveness has been established.
This model considers the reflection from the entire solar spectrum, bulk absorption, and the contribution of the rear surface to light trapping.
Considering the reflection geometry in the case of a plane reflector is sufficient for deriving relationships for local reflection travel time derivatives in the vicinity of a reflection point (Goldin 2002).
To check out the intensity of transmitted wave for the current problem, we consider the reflection coefficient since the transmitted acoustic energy is proportional to ((1-vert Rvert ^{2})).
The main principle of the bottom-up methods is to consider the reflection and attenuation at the impedance mismatch points and subsequently enumerate, simplify, and classify all paths between the signal transmitter and the information receiver based on the actual network topology.
To analyze the propagation of surface plasmons along a metal dielectric boundary, we consider the reflection and refraction of light between two infinite media.
