8–11 Jul 2024
The University of Tokyo, Japan
Asia/Tokyo timezone

Summary of RF Breakdown Studies using Single Cell Standing Wave Accelerating Structures

10 Jul 2024, 16:40
20m
1320 (Science building n.4 (CHANGED))

1320

Science building n.4 (CHANGED)

Oral presentation (in person) Normal Conducting RF Normal conducting RF

Speaker

Valery Dolgashev (SLAC National Accelerator Laboratory)

Description

The acceleration gradient is a critical parameter affecting the feasibility and cost of large-scale particle accelerators such as normal conducting linear colliders. The main obstacle to increasing the acceleration gradient or improving the reliability of a linear accelerator at a certain gradient is vacuum RF breakdown. To understand the basic physics of the RF breakdown in cavities suitable for use in linear colliders, we developed a setup consisting of a reusable mode launcher and a short standing wave accelerating structure. Over forty cavities have been tested over the past two decades, giving us insight into different shapes, materials and manufacturing methods. In this report we will summarize the results.

Primary author

Valery Dolgashev (SLAC National Accelerator Laboratory)

Co-authors

Presentation materials