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Liquid piston gas compression
James D. Van de Ven
,
Perry Y. Li
Mechanical Engineering
Research output
:
Contribution to journal
›
Article
›
peer-review
209
Scopus citations
Overview
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Keyphrases
Liquid piston
100%
Gas Compression
100%
Reciprocating piston
50%
Heat Transfer
25%
Surface-to-volume Ratio
25%
Compression Chamber
25%
Energy Consumption
12%
Cycle Frequency
12%
Energy Loss
12%
Energy Minimization
12%
Frictional Force
12%
Heat Generation
12%
Pressure Ratio
12%
Viscous Friction
12%
Gas Chamber
12%
Gain in Efficiency
12%
Air Compressor
12%
Compression Efficiency
12%
Gas Expansion
12%
Isothermal Operation
12%
Seal Friction
12%
Chamber Volume
12%
Sliding Seal
12%
Gas Leakage
12%
Near-isothermal
12%
Engineering
Reciprocating Piston
100%
Volume Ratio
50%
Isothermal
25%
Frictional Force
25%
Cycle Frequency
25%
Chamber Gas
25%
Compression Efficiency
25%
Gas Leakage
25%
Heat Generation
25%
Pressure Ratio
25%