AI Article Synopsis
- A hybrid deformable x-ray mirror has been created, combining a mechanical bender and a bimorph mirror to enhance adaptive optical systems in x-ray microscopy.
- The system integrates both bending methods to shape the mirror effectively, which reduces reliance on piezoelectric actuators for improved stability.
- The study focused on the bimorph mirror's behavior when clamped and optimized the deformation distribution across the bending mechanisms to minimize voltage variations.
Article Abstract
A hybrid deformable x-ray mirror consisting of a mechanical bender and a bimorph deformable mirror has been developed to realize adaptive optical systems, such as zoom condenser optics, for synchrotron-radiation-based x-ray microscopy. In the developed system, both bending mechanisms comprehensively contribute to the formation of the target mirror shape and can narrow the role of piezoelectric actuators, thereby enabling a more stable operation. In this study, the behavior of the bimorph mirror under the clamped condition was investigated, and the sharing of the deformation amount for each bending mechanism was optimized to minimize the amplitude of the voltage distribution of the bimorph mirror.
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| http://dx.doi.org/10.1063/5.0070465 | DOI Listing |
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