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compressibility
This term is primarily used in technical, scientific, and engineering contexts to describe a physical property. In thermodynamics and fluid mechanics, it refers specifically to the change in volume of a substance when subjected to pressure, distinguishing gases (highly compressible) from liquids (nearly incompressible).
In the context of computer science and data management, the term shifts toward the capacity of information to be encoded more efficiently. It describes the degree to which a file or data stream can be reduced in size without losing essential information, often discussed in terms of lossy or lossless compression.
Meanings
Examples
Gases exhibit much higher compressibility than liquids.
The compressibility of the foam makes it an ideal cushioning material.
We need to evaluate the compressibility of this data format to save server space.
Is the compressibility of this material high enough to fit in the small container?
The engineer explained how fluid compressibility affects the braking system.
I wonder if there is any way to increase the compressibility of these archives.
Water is often treated as having zero compressibility in basic physics problems.
The high compressibility of the gas allows it to be stored in a small tank.