Acoustics Letters, Volume 6Multi-Science Publishing Company, 1983 - Acoustical engineering |
Contents
Parametric Acoustic Radiator with a Bubble Layer | 4 |
The Gruneisen Parameter of Polymers and Evaluation of Interchain Specific Heat | 18 |
Near Field Directivity Measurements Using the Two Microphone Intensity Measuring | 36 |
Copyright | |
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1-butanol acoustic pressure Acoustics Letters Active Attenuation Acustica amplitude beam benzene binary Bindal bromobenzene bubble calculated cepstral Chem circuit cm³ coefficient Colchester CO4 3SQ combustion components computed cresol cylinder density diagram diffraction distance effect electron equation experimental Figure Fluid Mechanics Fluid Mechanics Research formula free volume function Grüneisen parameter holography hydrophone input intensity interaction isentropic isentropic compressibility length Leventhall measured Mechanics Research Institute method microphone modulation molar volume Mole fraction molecular molecules noise normal obtained oscillations output p-cresols P₂ Phys pitch estimation polymers predicted Professor H.O. propagation pulse radiation radius ratio segment shown Sliwinski sound pressure sound velocity spark specific heat spectral envelope Speech Synthesis Tandem Attenuator temperature tetrabutyltin thermal Tight-Coupled tissue toluene toluidines transducer U.K. Dr ultrasonic ultrasonic absorption Ultrasonic velocity ultrasonic waves University of Essex values Vibration voltage VOLUME 6 NUMBER vowel waveform wavelength