Propagation of Sound in Matter.
Abstract
Contents: Ultrasonic Attenuation in Liquid Helium at 1 GHz; Size Effects in Liquid Helium II as Measured by Fourth Sound and The Attenuation of Fourth Sound; Third Sound in Unsaturated Films of Superfluid Helium; A Specific Heat and Fourth Sound Measurement of Size Effects in Liquid Helium; Experimental Study of the Lambda Transition of Liquid Helium Using First Sound Attenuation; Attenuation of Third Sound in Liquid Helium and the Stability of Multiply Quantized Persistent Circulations of a Thin Helium Film in the Landay Region; Hypersonic Attenuation in the Vicinity of the Superfluid Transition of Liquid Helium; Investigation of Persistent Current States in Rotating Superfluid Helium Contained in Superleak Using Doppler-Shifted Fourth Sound; Investigation of the thickness and Critical Velocity of a Moving Unsaturated Superfluid Film Using Doppler Shifted Third Sound; Third Sound Velocity and Attenuation Below 1.2 Degrees Kelvin; A Study of the Trapping of Superfluid Persistent Currents in Superleaks; Non-Linear Parametric Generation of Sound by Resonant Mode Conversion; A Study of Persistent Currents in Superfluid 4He.
Document Details
- Document Type
- Technical Report
- Publication Date
- Mar 01, 1982
- Accession Number
- ADA111842
Entities
People
- Isadore Rudnick
Organizations
- University of California, Los Angeles