№ files_lp_4_process_2_84671
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The document is a research paper discussing the advancements in superconducting RF (SCRF) technology for high-energy accelerators such as the HE-LHC and LHeC, highlighting the challenges and potential solutions related to gradient, reproducibility, and new materials.
Year: 2012
Region / city: Geneva, Switzerland
Topic: Superconducting RF technology, accelerator research
Document Type: Research paper
Organization / institution: CERN
Author: Jensen
Target Audience: Researchers, accelerator physicists
Period of validity: Ongoing
Approval date: Not specified
Modification date: Not specified
Price: 8 / 10 USD
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Anatomical Regions & Cavities
Year: Not specified
Region / city: Not specified
Theme: Anatomy, Terminology
Document type: Educational lab guide
Author: Not specified
Target audience: Students of anatomy and physiology
Period of validity: Not specified
Approval date: Not specified
Date of changes: Not specified
Contextual description: Educational guide for students to learn anatomical terminology and regional terms using visual aids and digital tools.
Specifications for High-Reflectivity Wedged Optics for 1550nm and 775nm Cavities
Year: 2023
Author: L. McCuller
Document type: Technical specification
Material: Corning HPFS 7980 (high purity fused silica, UV grade)
Mirror dimensions: Diameter 25.4mm, Thickness 6.35mm, Wedge 30 arcmin ±5 arcmin
Mirror types: M1 Flat-Flat, M2 Flat-Flat, M3 Flat-Concave, M4 Flat-Concave
Surface quality: Side 1 <1Å central 80%, Side 2 <5Å central 80%
Coating: Ion Beam Sputtered, high damage threshold, low scatter and absorption
Wavelengths: 1550nm, 775nm
Polarization: S & P
Application: Cavity mirrors for optical setups
AOI: 0–6 degrees (nominal 3 degrees)
Vendor requirements: Spectrophotometer graphs for AR and HR coatings
Topics: LHeC HE-LHCE Cavities