Particle Beam Imaging Simulation for Site Vibration Compensation

The patent applies preliminary action by measuring vibrations at the installation site before installing the particle beam system, and using these measurements to adjust operational parameters in advance. The computational model simulates expected image quality based on pre-measured vibration data, allowing operators to optimize settings before actual imaging begins, thereby compensating for site-specific vibrations and ensuring consistent image quality across different locations.

The patent applies copying by using a computational model that creates a simulated representation of expected image quality based on measured vibration data. Instead of directly adjusting complex operational parameters, the system generates a virtual model of the imaging conditions, allowing operators to assess and optimize parameters through simulation before applying them in the actual system, thereby simplifying the adjustment process while maintaining high image quality.

The patent applies the intermediary principle by introducing a computational model as a mediator between vibration measurement and image quality assessment. The model acts as an intermediate layer that translates measured vibration data into predicted image quality metrics, allowing operators to evaluate expected performance without directly implementing complex simulations in the particle beam system itself. This intermediary approach enables precise assessment while keeping the actual imaging system relatively simple.