reflected ray

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re·flect·ed ray

a ray of light or other form of radiant energy which is thrown back from a nonpermeable or nonabsorbing surface; the ray which strikes the surface before reflection is the incident ray.
References in periodicals archive ?
4, it is different calculation blocks: sun position, sun angle, the reflected ray position and orientation of the heliostat.
Here, the third coordinate z is used to represent the change of height of the reflected rays after reflection from a rough surface.
The corner part shows the multi-refringence behavior including the negative refractive component and higher order reflected ray.
Bonus: Predict what happens to reflected rays when they bounce off of a "curved mirror.
For example, when the interface bonding conditions vary, some of the first few head waves and regular reflected rays change polarities and amplitudes.
2 (the figure is only illustrative and therefore Snell's law for the reflected ray is not preserved).
It considers the direct ray and the ground reflected ray where the received power is given by Equation (2).
5(c) is the dielectric ground model and its reflected ray path.
Where does point G lie on the circle when the reflected ray goes through the cusp?
The general idea is that the reflector point is moved a small amount in x and y until the traced and reflected ray hits the aperture at the desired location.
ij], covers a whole space into which the reflected ray can propagate.
Calculating the number of rays along the parallel road and the phase part of the reflected rays are improved by the authors to model the electric reflected path loss model.