Measuring isentropic compressibility by combined density and sound velocity measurement

Compressibility is a key quality control parameter in the production of ink and biofuel. Isentropic compressibility can be determined through combined density and sound velocity measurements, supporting a reliable assessment of product quality and ensuring consistent performance under varying operating conditions.

This study demonstrated that isentropic compressibility can be accurately calculated from density and sound velocity measurements. To illustrate real-world applicability, a range of commercial ink samples were analyzed to showcase the method’s relevance in practical scenarios.

The resulting compressibility values serve as important quality control parameters in industries such as ink manufacturing and biofuels, providing valuable insights into material consistency and functional performance in end-use conditions.

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