Cryogenic Systems

Front Cover
McGraw-Hill, 1966 - Technology & Engineering - 678 pages

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Contents

INTRODUCTION TO CRYOGENIC SYSTEMS
7
LOWTEMPERATURE PROPERTIES OF ENGINEERING
15
Problems
70
Copyright

28 other sections not shown

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Cryogenic Systems
Randall F. Barron
Snippet view - 1966

Common terms and phrases

applied argon assumed boiling Btu/lbm coefficient cold column compressed compressor condition constant container cooled cryogenic curve decrease density Determine diameter difference effect efficiency electric electron energy engine entropy equation example expander expression factor flow rate fluid fraction gases gauge given heat exchanger heat transfer heat-transfer helium hydrogen ideal increased indicated inner insulation leaving length liquefied liquid liquid nitrogen low temperatures lower magnetic magnetic field mass mass flow material mean measure mixture molecules nitrogen normal obtain operating oxygen passed percent performance phase plate pressure problem properties pump range ratio reduced refrigerator regenerator removed resistance saturated separation shown in Fig space specific heat stream surface temperature thermal conductivity thermodynamic thermometer torr tube unit vacuum values valve vapor vessel volume wire yield zero

References to this book

Bibliographic information

TitleCryogenic Systems
McGraw-Hill series in mechanical engineering
AuthorRandall F. Barron
PublisherMcGraw-Hill, 1966
Original fromthe University of Michigan
DigitizedDec 15, 2007
ISBN0070038201, 9780070038202
Length678 pages
Subjects › 

Technology & Engineering / Engineering (General)
  
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