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Course Materials - UC Davis- January 2017

Cryogenic Engineering

course given by Tom Peterson, SLAC and John Weisend, ESS

• Course Outline
  
  
• Lectures
  Monday
  1 - Introduction
  2 - Properties of Cryogenic Fluids
  3 - Normal Cryogenic Fluid Behavior
  4 - Cryogenic Properties of Materials
  5 - Thermodynamics for Cryogenics
  6 - Refrigeration and Liquefacation
  
  Tuesday
  7 - Thermal Insulation and Cryostat Basics
  8 - Cryomodule Design
  9 - Superconductivity, Superconducting RF and Superconducting Magnets
  10 - Test Stand Design
  11 - Cryogenic Distribution
  12 - Current Leads
  
  Wednesday
  13 - Helium II
  14 - Superconducting Magnet Cryogenics
  15 - Instrumentation
  16 - Cryogenic Safety
  
  Thursday
  17 - Cryogenic Equipment_1
  18 - Cryogenic Equipment_2
  19 - Cooling Below 1K
  20 - Cryocoolers
  
  
• Homework
  Monday Homework Problems
  2A-Square Wave Expansion Discussion - USPAS - 2017
  Project Discussion - USPAS - 2017
  Homework Problems for USPAS 2017 JGWII-TJP
  Homework Problems for USPAS JGWII-TJP-answers-2017
  Class Project
  
  
• Supplementary Material
  3 Bar Helium
  16 Bar Data
  16 Bar Header
  18 Bar Data
  18 Bar Header
  C5_39_relief_calcs-TJP
  Cryogenic Reading Suggestions
  Cryo Materials Reference-slac-tn-03-023
  ESS_linac_cryodistribution_2014-11-26_v01 (pdf)
  ESS_linac_cryodistribution_2014-11-26_v01 (powerpoint)
  Friction Factor Chart
  Helium Properties
  Helium Properties-1-2bar
  Helium Properties-2phase
  Helium Properties-10-20bar
  ILC cryo TDP- 26June2012
  Pressure Drop Long Pipe Dec 2008
  Suggestions for Additional Reading 2015