Hydrogen: Its Technology and Implication
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Accommodation Coefficient
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Compressibility
Critical Point Pressure
cryogenic engineering
energy storage systems
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Extensive Tabulations
Final Evaluation Process
Fluid Hydrogen
Good General Reference
hydrogen storage design models
Infrared Absorption Band
Intermolecular Potential Function
Isothermal Compressibility
Joule Thomson Coefficient
Liquid Hydrogen
Low Density Limit
materials compatibility
metallic hydrides
Paul Ordin
pipeline infrastructure
Polynomial Interpolation Method
PVT
Rotational Band
Slush Hydrogen
Specific Heat Input
Unit Conversion
utility sector applications
Product details
- ISBN 9781138597044
- Weight: 780g
- Dimensions: 178 x 254mm
- Publication Date: 14 Jun 2018
- Publisher: Taylor & Francis Ltd
- Publication City/Country: GB
- Product Form: Hardback
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Volume II of this series provides detailed design information on systems necessary for the storage, transfer, and transmission of gaseous and liquid hydrogen.Cost factors, technical aspects, and models of hydrogen pipeline systems are included together with a discussion of materials for hydrogen service. Metallic hydride gaseous storage systems for the utility and transportation industry are covered in detail, and the design Dewars and liquid hydrogen transfer systems are examined.This series in 5 volumes represents a serious attempt at providing information on all aspects of hydrogen at the postgraduate and professional level. It discusses recent developments in the science and technology of hydrogen production; hydrogen transmission and storage; hydrogen utilization; and the social, legal, political environmental, and economic implications of hydrogen‘s adoption as an energy medium.
Kenneth E. Cox, Ph.D., is a Staff Member in the High-Chemistry Group at the Los Alamos Scientific Laboratory, Los Alamos, New Mexico.
