AI Article Synopsis
- Diamond Light Source is transitioning to a fourth-generation light source, which demands higher performance from its optical components.
- The increasing power densities and limited space require a deeper understanding of optical assembly and uniformity in the process.
- A study simulating bolt pretension during monochromator assembly shows that uneven clamping forces can lead to skewed distortion of the optical surface, emphasizing the need to consider clamping force effects.
Article Abstract
As Diamond Light Source embraces the move towards becoming a fourth-generation light source its optics will be required to perform under increasingly demanding conditions. Foremost amongst these conditions will be the increasing power densities the optics are subjected to and the reducing real estate they have to perform in. With these new challenges comes the need for greater understanding of how optics are assembled and how consistently the activity is carried out. In this paper, the effect of bolt pretension during assembly of monochromators on distortion of the optical surface is investigated through numerical simulation. The results reveal skewed convex distortion of the optical surface in the meridional direction when uneven clamping force is applied, highlighting the importance of taking the potential for distortion of the optical surface due to clamping force into consideration.
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| http://www.ncbi.nlm.nih.gov/pmc/articles/PMC9070701 | PMC |
| http://dx.doi.org/10.1107/S1600577522003149 | DOI Listing |
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