Acoustics Letters, Volume 8Multi-Science Publishing Company, 1985 - Acoustical engineering |
Contents
An Acoustic Method of Calculating Surface Potential in a Semiconductor | 20 |
Simple Expression for the Gruneisen Parameter and Related Thermoacoustical | 32 |
11 | 34 |
Copyright | |
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absorption acetonitrile acoustical parameter Acoustics Letters acoustoelectric Acustica Admiralty Research Establishment alnẞ amplitude Anderson-Gruneisen parameter aniline behaviour bounded beams bulk modulus calculated values Chem coefficient for bounded compressibility constant correlation diesel distribution Dorset DT5 2JS equation ethanol evaluated excess expansion experimental expression Əln Figure free volume frequency Gogala Grüneisen parameter Hartmann heat capacity heat capacity ratio inter-chain interactions internal pressure investigation isobaric isochoric isothermal J.C. Scott linear lithium tantalate measurements meter methanol method Moelwyn-Hughes parameter molar volume molecules molten alkali halides o-cresol obtained organic liquids p-dioxan paper parameter C₁ Parjon Information Services petrol Phys piezoelectric plane wave polymers probability density function properties random noise ratio reflected profile reflection coefficient regression line resonators response sample semiconductor Sharma signals sound pressure level sound velocity stimuli surface t-butanol Table theoretical thermo-acoustic thermodynamic toluene transducer U.K. Dr ultrasonic beams ultrasonic velocity viscosity X₁ ат