U.S. Particle Accelerator School
U.S. Particle Accelerator School
America's National School of Accelerator Science and Technology
Course Materials - Michigan State University - January 2025
Cryogenic Engineering
course given by John Weisend, European Spallation Source, Ram Dhuley, Fermilab and Grzegorz Tatkowski, Fermilab
Background Information:
- CERN CEC Tunnel Spill Paper 2015
- CryogenicsProcedODHReview_SLAC
- CryogenicsReqODH_SLAC
- ESS-0038692
- FESHM Chapter 4240- Sept 2016_FNAL
- Gu TAO paper
- ODHA_PM[2]
- Peterson-CryogenicPressureSafety-Feb2018-CSAcopy
- Scientific Conferences
- Scientific Societies Rev2
- SLAC-tn-03-023
- Suggestions for Additional Reading
- Lecture 1 - Introduction
- Lecture 2 - Properties Of Cryogenic Fluids
- Lecture 3 - Normal Cryogenic Fluid Behavior
- Lecture 4 - Cryogenic Properties of Materials
- Lecture 5 - Thermodynamics for Cryogenics
- Lecture 6 - Refrigeration & Liquefaction
- Lecture 7 - Thermal Insulation & Cryostat Basics
- Lecture 8 - Cryomodule Design
- Lecture 9 - Superconductivity, Superconducting RF & Superconducting Magnets
- Lecture 10 - Test Stand Design for Magnets and SRF cavities
- Lecture 11 - Distribution Systems
- Lecture 12 - Superconducting radiofrequency cavities – An introduction
- Lecture 13 - He II
- Lecture 14 - Current Leads
- Lecture 15 - Instrumentation
- Lecture 16 - Cryogenic Safety
- Lecture 17 - Cryogenic Equipment
- Lecture 18 - Cryogenic Equipment – Part II
- Lecture 19 - Cooling Below 1 K
- Lecture 20 - Cryocoolers