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We used the impulse-temporal method to measure the speed of sound in NaCl–NaBr, NaCl–NaI, and NaBr–NaI binary molten mixtures with respect to temperature and composition. Using the literature data on… Click to show full abstract
We used the impulse-temporal method to measure the speed of sound in NaCl–NaBr, NaCl–NaI, and NaBr–NaI binary molten mixtures with respect to temperature and composition. Using the literature data on density, we calculated the adiabatic compressibility of these systems. We obtained the negative deviations of the speed of sound and the positive deviations for the compressibility from the additive values; the deviation values depend on the size ratio of the mixed anions.
Keywords:
speed sound;
adiabatic compressibility;
sound adiabatic;
compressibility;
binary sodium;
compressibility binary
Journal Title: High Temperature
Year Published: 2018
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Journal Title: High Temperature
Year Published: 2018
Link to full text (if available)
Share on Social Media: Sign Up to like & get
recommendations!