Diffracted in a sentence

The light diffracted by a grating is found by summing the light diffracted from each of the elements, and is essentially a convolution of diffraction and interference patterns.

A hologram is a three-dimensional projection of diffracted light that retains the depth of the original physical source it is displaying.

The model of the Siberian scientists is based on the Raman-type interaction between the signal radiation and the standing pump wave (with increased fluctuation amplitude) that may increase the diffracted signal wave.

After light interacts with the grating, the diffracted light is composed of the sum of interfering wave components emanating from each slit in the grating.

A light bulb of a flashlight seen through a transmissive grating, showing two diffracted orders.

As the physical properties of this direct light have changed, interference with the diffracted light occurs, resulting in the phase contrast image.

At any given point in space through which diffracted light may pass, the path length to each slit in the grating will vary.

By controlling the cross-sectional profile of the grooves, it is possible to concentrate most of the diffracted energy in a particular order for a given wavelength.

In effect, all three incident beams interact (essentially) simultaneously to form several real-time holograms, resulting in a set of diffracted output waves that phase up as the "time-reversed" beam.

That is, they are only diffracted around the curvature of the earth.

The condition of constructive interference is given by Bragg's law: : where :λ is the wavelength, :d is the distance between crystal planes, :θ is the angle of the diffracted wave.

The deflection of the trajectory of each diffracted photon was explained as due to quantized momentum transfer from the spatially regular structure of the diffracting crystal.

The detailed distribution of the diffracted light depends on the detailed structure of the grating elements as well as on the number of elements in the grating, but it will always give maxima in the directions given by the grating equation.

The diffracted beams corresponding to consecutive orders may overlap, depending on the spectral content of the incident beam and the grating density.

The diffracting planes in the crystal are determined by knowing that the normal to the diffracting plane bisects the angle between the incident beam and the diffracted beam.

The figure shows the light diffracted by 2-element and 5-element gratings where the grating spacings are the same; it can be seen that the maxima are in the same position, but the detailed structures of the intensities are different.

The grating equation shows that the angles of the diffracted orders only depend on the grooves' period, and not on their shape.

The maximum wavelength that a grating can diffract is equal to twice the grating period, in which case the incident and diffracted light will be at ninety degrees to the grating normal.

These are next diffracted by a standardized salt crystal, with angular results read out as photographic lines by the exposure of an X-ray film fixed at the outside the vacuum tube at a known distance.

Visible light of diffracted wavelengths cannot pass through large thicknesses of the opal.