Sentence examples for parallel light beam from inspiring English sources

A 5 mm diameter lens was used to achieve a parallel light beam.

First, an auxiliary spatial data structure is employed to organize the heliostats in the field, and a parallel light beam traversal algorithm is designed and performed on the GPU to determine the shadowing and blocking heliostats for each reference heliostat.

Each unit can convert the incident sunlight into a parallel light beam with high density and guide it onto the central receiver by a deflector, so an array of such units enable the central receiver to produce solar heat at high intensity and high temperature.

Two pieces of quartz lens were used to obtain a concentrated parallel light beam.

The transmitter unit is configured to convert the light source into a parallel light beam with transverse magnetic polarization (i.e., the magnetic field direction parallel to the metal/prism surface in Kretschmann configuration).

In this extremely simple setup, light source LS and lens L project a parallel light beam through the schlieren object S and into the camera C. The camera is not focused on S, however, but rather on plane M at a distance g from S. Refractions in S naturally cast shadows in the resulting image, whose intensity variations indicate the Laplacian of the refractive index n (∂2n/∂x2 + ∂2n/∂y2).

The method of allowing for light losses under routine photochemical experiments with non-rigorous parallel light beams was suggested.

A linearly polarized laser sheet, shaped into a thin plane of parallel light beams, enters orthogonally to the side of the flat glass illuminating its full thickness.

We proposed a lens design procedure to generate parallel light beams that facilitate optical MIMO communication with negligible interference between the un-intended transceiver pairs, in a 2×2 LED array.

If a parallel monochromatic light beam passes through a slit (Figure 4A), its intensity varies with direction, as shown in Figure 4B.

We present two novel UV vis absorption spectroelectrochemical cells for the study of electrochemical processes at polarized liquid|liquid interfaces based on the parallel incidence of the light beam with respect to the interface.