Cryogenic Education
Here is a basic course outline, from the engineering viewpoint, for cryogenics.There are nine chapters divided into three parts.
The objective is an understanding of the breadth of cryogenics and of the meaning of a cryogenic system. The goal is to equip people for practical, real-world applications in whatever their roles may be, therefore advancing cryogenics for the improvement of the lives of all people.
Part I
1. Introduction & History Notes
2. Energy & Temperature Notions
3. Production of Cold: a) Liquefaction of gases and b) Cryogenic refrigerators
4. Application of Cold
Part II
5. Systems: a) Tanks & piping, b) Cryostats & chambers, and c) Process systems & devices
Part III
6. Vacuum & Insulation
7. Measurement & Testing
8. Properties of Materials & Fluids
9. Conclusion & Resources
Some practical training on cryogenic safety and LN2 handling:
Textbooks and monographs on cryogenics:
Cryogenic Engineering by Thomas Flynn
Cryogenics (processes for materials treatment) by William Bryson
Handbook of Cryogenic Engineering by John Weisend
Helium Cryogenics by Steve Van Sciver
Additional Resources:
2015 Cryogenic Engineering Conference and International Cryogenic Materials Conference (Advances in Cryogenic Engineering)
Archive of Cryogenic Engineering Conference proceedings (Advances in Cryogenic Engineering)
Detailed list of cryogenic reference books (from the Cryogenic Society of America)
Extensive education powerpoint from CERN (172 pp.)
Russel B. Scott and the history of the National Bureau of Standards cryogenic program
//An Introduction to Cryogenics// by Philippe Lebrun
//Cryogenics, Key to Advanced Science and Technology// by Philippe Lebrun
//Cryogenic Insulation Technology// by James Fesmire
//Cryogenics for English Majors//, National High Magnetic Field Laboratory
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Ralphie's friend getting an education in triple dog cold. |