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The goal of the study is to elucidate how beam concentration can be best achieved in X-ray optical nanostructures.
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This concentration can be particularly devastating in our urban centers.
While higher on axis beam density can be achieved (better beam collimation), the beam temperatures are usually higher too (~10°K).
The energy concentration of the beam can be increased by manifold when the beam is focused as a point with the help of optical lens.
Each OAM beam is orthogonal to other beams, and such beams can be efficiently multiplexed, transmitted, and demultiplexed with little inherent crosstalk.
Minor beam adjustments can be made under the hood.
However, in accelerators which produce mono-energetic beams, such as fixed energy cyclotrons, a beam degrader can be used to change the energy of the proton beam.
Stretching of the GUV along the beam axis can be clearly observed.
No significant change in the general beam profile can be detected other than the expected increase in beam diameter for distances from 10 mm to 100 mm.
Teletherapy (external beam therapy) uses radiation formed into a beam which can be projected at an internal body tissue from an external source.
In high concentration sample, the maximum probe beam divergence angle can be increased by 50%.
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