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Optimizing Accelerator Structure Design for CLIC: A Comprehensive Study Plan

This document outlines a high-gradient strategy for understanding the design parameters influencing the performance of accelerator structures at the Compact Linear Collider (CLIC). It focuses on the material selection, specifically OFC or CuZr, and the necessary heat treatments including high-temperature firing at 1000°C followed by vacuum baking at 650°C. The study involves both single-cell and 10-cell structures, assessing practical implementations and testing of multi-cell configurations. A detailed plan for investigating damping waveguides and the overall design effectiveness is also included.

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Optimizing Accelerator Structure Design for CLIC: A Comprehensive Study Plan

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Presentation Transcript

  1. High gradient strategy • Item to be understood • Design parameter • Material and treatment • Practical • Realistic accelerator structure for CLIC • Test multi-cell structure • 10-cell structure • Study of material and treatment • Single-cell study • Rapidly get some idea to go

  2. To be studied with simple and fast study • Material • OFC or CuZr • CuZr heat treatment? • OFC: High temperature treatment • 1000C firing as of material • Final 650C vacuum baking or as of Hydrogen furnace • Design • Quad / disk • Damping waveguide or not • We want a study plan

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