John A. Cowan, R. N. Ball
Abstract
Ultrasonic attenuation measurements were recorded in liquid krypton for temperatures between 120 and 208 K and pressures between saturated vapor and 6.5 MPa. Values of bulk viscosity were calculated and compared to theoretical results as well as to previous argon results through the law of corresponding states.
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Ultrasonic attenuation measurements were recorded in liquid krypton for temperatures between 120 and 208 K and pressures between saturated vapor and 6.5 MPa. Values of bulk viscosity were calculated and compared to theoretical results as well as to previous argon results through the law of corresponding states.
Key concepts: Krypton, Attenuation, Physics, Ultrasonic attenuation, Volume viscosity, Viscosity, Ultrasonic sensor, Argon