Deformable Mirrors for Variable Focal Length in X-Ray Optical Systems

The patent applies the dynamics principle by replacing fixed curvature mirrors with deformable mirrors that can dynamically change their curvature. The deformable mirror surface allows continuous adjustment of the focal length by varying the deformation amplitude, enabling precise focus point adjustment while maintaining a relatively simple overall system structure. This resolves the contradiction by introducing adaptability without requiring complex mechanical adjustment mechanisms.

The patent implements parameter changes by modifying the curvature parameter of the mirror surface through controlled deformation. By changing the deformation amplitude of the deformable mirror, the focal length parameter can be continuously adjusted within a predetermined range. This allows fine tuning of the focus point without adding complex mechanical components, thus resolving the contradiction between structural simplicity and adjustment precision.

The patent applies parameter changes by limiting the deformation amplitude to a predetermined range that does not cause mirror breakage. The deformation is controlled to vary only within safe boundaries, allowing focus adjustment while maintaining mirror integrity. This resolves the contradiction by achieving adjustability through controlled parameter variation rather than excessive bending.

The patent implements beforehand cushioning by designing the deformable mirror system with predetermined safety margins in the deformation range. The mirror structure is designed to withstand the maximum expected deformation without breaking, providing a cushion against failure before it occurs. This ensures reliable operation during focus adjustment while preventing mirror breakage.

The patent applies segmentation by dividing the mirror into multiple independent deformable segments or zones. Each segment can be controlled independently to achieve the desired focal length adjustment. This segmentation allows precise focus control with fewer actuators compared to traditional systems with many actuators, as each segment contributes to the overall deformation in a coordinated manner, reducing total system complexity.

The patent implements universality by designing the deformable mirror system where a single mirror structure performs multiple functions: it acts as both the optical reflecting surface and the adjustable focal element. The deformable mirror integrates the focusing function and the adjustment function into one component, eliminating the need for separate actuators for each function, thus reducing overall system complexity while maintaining adjustment precision.