Research Papers
Usefulness of the acoustic speech signal information in the nervous system evaluation | |
Cz. Basztura, R. Podemski | 3-13 |
Measuring directional masking in a sound field using adaptive threshold procedures | |
K.S. Abouchacra, J.T. Kalb, T.R. Łętowski | 15-28 |
Harmonic components of finite amplitude sound waves reflected at a surface | |
M.A. Foda | 29-36 |
Measurement technique of shock wave pulses at extremely high pressures | |
L. Filipczyński, J. Etienne, G. Łypacewicz, T. Waszczuk | 37-51 |
Critical properties of acoustic wave absorption in the benzonitrile-isooctane system | |
T. Hornowski, M. Łabowski | 53-63 |
Experimental investigation of shock wave propagation in the postfocal region of a focussed sound field | |
H. Hobaek | 65-73 |
Acoustical modelling of the surface sources - IV. Interpolation model, axisymmetric problem | |
A. Brański | 75-84 |
Optimal conditions for the generation system of a SAW gas sensor | |
M. Urbańczyk, W. Jakubik | 85-88 |
The application of a neural network to classify the acoustic emission waveforms emitted by the concrete under thermal stress | |
Z. Ranachowski | 89-98 |
Piezoelectric interfacial waves in langasite and dilithium tetraborate | |
E. Danicki, W. Laprus | 99-107 |
Chronicle
Chronicle - 6-th International Spring School on Acousto-optics and Applications | |
none none | 109-113 |
Book reviews
Acoustic Emission: Sources, Methods and Applications (in Polish), I. MALECKI, J. RANACHOWSKI [Eds.] | |
Aleksander Opilski | 115-117 |
Notes on Sound Absorption Technology, K.U. INGARD | |
Zbigniew Engel | 115-117 |