Acoustics Letters, Volume 3Multi-Science Publishing Company, 1979 - Acoustical engineering |
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Page 15
... propagation studies , an infinitely small amplitude of the propagating waves was assumed . Under such an assumption , the characteristics both of the medium and of the ultrasonic wave propagating through it should not be affected by one ...
... propagation studies , an infinitely small amplitude of the propagating waves was assumed . Under such an assumption , the characteristics both of the medium and of the ultrasonic wave propagating through it should not be affected by one ...
Page 90
... propagation parameters . Interesting results were obtained . Introduction Ultrasonic propagation parameters have been used to evaluate the effective Debye temperature in pure liquids during recent years [ 1-18 ] . The fundamental ...
... propagation parameters . Interesting results were obtained . Introduction Ultrasonic propagation parameters have been used to evaluate the effective Debye temperature in pure liquids during recent years [ 1-18 ] . The fundamental ...
Page 114
... propagation with p < 2.6 ( e.g. concrete surface , atmosphere at rest ) a better fit is given by Eqs . 4 and 5 , and these relations are therefore generally recommended for the description of the propagation of noise generated by a ...
... propagation with p < 2.6 ( e.g. concrete surface , atmosphere at rest ) a better fit is given by Eqs . 4 and 5 , and these relations are therefore generally recommended for the description of the propagation of noise generated by a ...
Contents
Diffraction of Light by Two Adjacent | 3 |
Quality Factor of Distributed Resonators | 10 |
HUODWHHOW | 22 |
Copyright | |
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a/f² acetone acoustic emission acoustic impedance Acustica alcohol amplitude attenuation average backscattering backscattering cross-section benzene binary liquid mixtures calculated Chem CO4 3SQ Essex coefficient Colchester CO4 3SQ complex tone components compressibility concentration constant curves dB(A Debye temperature density diagram diffraction dimethyl sulphoxide dioxolane energy of vaporization equation Essex Colchester CO4 experimental Farad Figure filler Fluid Mechanics Research free length frequency function impedance increase input interaction isobutyric acid-water mixture London SW6 maximum measured Mechanics Research Institute method methyl iodide methylethylketone Mishra molar fraction molecular n-heptane mixture nitrobenzene observed obtained p-xylene Pandey paper parameters phonon Phys piperidine plotted pressure propagation pulse pyridine refractive index resonance sample scattering sound velocity speaker spectrum Sutton Surrey Table talker technique theoretical thermal thermodynamic transducer ultrasonic ultrasonic absorption ultrasonic beams ultrasonic velocity University of Essex values variation vehicle viscosity voltage x₁