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Updated: May 1, 2026

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Button-Type Beam Position Monitor Development for Fourth-Generation Synchrotron Light Sources: Numerical Modeling and

Stefano Cleva¹, Silvano Bassanese¹, Massimiliano Comisso^2,3

¹Elettra Sincrotrone Trieste, Area Science Park, 34149 Trieste, Italy.

Sensors (Basel, Switzerland)

|May 11, 2024

Summary

This summary is machine-generated.

This study investigates beam position monitor (BPM) designs for advanced X-ray storage rings. It explores electromagnetic phenomena and identifies optimal designs balancing performance and practicality for next-generation light sources.

Keywords:

beam position monitor diffraction-limited light source electromagnetic simulation storage ring test bench measurements wakefield

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Area of Science:

Accelerator Physics
Electromagnetics
Instrumentation

Background:

Fourth-generation diffraction-limited X-ray storage rings require advanced Beam Position Monitors (BPMs).
Understanding electromagnetic (EM) phenomena within BPMs is crucial for optimizing performance.
Existing BPM designs may not meet the stringent requirements of new light sources.

Purpose of the Study:

To design and evaluate Beam Position Monitor (BPM) devices for fourth-generation diffraction-limited X-ray storage rings.
To investigate the electromagnetic phenomena influencing BPM performance under various conditions.
To find an optimal balance between BPM performance and practical implementation in advanced light sources.

Main Methods:

Theoretical characterization of common round BPM geometries.
Numerical analysis of rhomboidal BPM structures using computer-aided tools.
Experimental validation using a manufactured microwave test bench to measure BPM prototype radio frequency behavior.

Main Results:

Detailed simulation and experimental analysis of EM phenomena including wakefields, signal extraction, and mode propagation.
Comparison of different BPM geometries (round vs. rhomboidal) and materials.
Radio frequency characterization of a prototype BPM developed at Elettra Sincrotrone Trieste.

Conclusions:

Identification of critical electromagnetic effects impacting BPM performance in storage rings.
Demonstration of the trade-offs between different BPM designs and their suitability for advanced light sources.
Guidance for the selection and development of BPMs for future diffraction-limited X-ray storage rings.