| |
| Invited talk |
|
16-21 |
| |
| M. A. Margulis, I. M. Margulis | |
| CONTEMPORARY VIEWPOINT ON NATURE OF MULTIBUBBLE
SONOLUMINESCENCE |
|
16-21 |
| (PDF, 73K) |
| |
| |
| Contributed talks |
|
22-172a |
| |
| V. B. Zhelezny | |
| EXPERIMENTAL EVALUTION OF THE CHANGING ENTROPY OF LIQUID
IN ACOUSTIC COMPRESSION PULSE |
|
22-25 |
| (PDF, 50K) |
| |
| G. A. Druzhinin | |
| HOW A GAS BUBBLE PULSATES |
|
26-29 |
| (PDF, 58K) |
| |
| V. G. Andreev, G. A. Romanenko | |
| ACOUSTIC WAVES SPECTRUM EVOLUTION IN A CAVITATIVE LIQUID |
|
30-33 |
| (PDF, 32K) |
| |
| I. N. Didenkulov, S. I. Muyakshin, D. A. Selivanovsky | |
| MEASUREMENT OF BUBBLE DISTRIBUTION IN THE SUBSURFACE SEA LAYER |
|
34a-37a |
| (PDF, 24K) |
| |
| M. A. Promtov, M. V. Monastirsky | |
| MODEL OF A CAVITATIONAL CLUSTER IN THE STATOR CHANNEL
OF THE HYDRODINAMIC - SYREN TYPE ROTARY APPARATUS |
|
34-37 |
| (PDF, 234K) |
| |
| G. N. Sankin, R. Mettin, W. Lauterborn, V. S. Teslenko | |
| SECONDARY ACOUSTIC WAVES IN SHOCK INDUCED
CAVITATION BUBBLE CLOUDS |
|
38-41 |
| (PDF, 225K) |
| |
| N. G. Voronina, F. F. Legusha | |
| CHANGE OF AMPLITUDE OF BUBBLE OSCILLATIONS DURING
ITS RISE TO THE SURFACE |
|
42-45 |
| (PDF, 100K) |
| |
| N. G. Voronina, F. F. Legusha | |
| SOUND RADIATION BY GAS BULB AT ITS TEARING AWAY
OF THE SOLID BODY SURFACE |
|
46-48 |
| (PDF, 27K) |
| |
| A. A. Chulichkov, V. A. Khokhlova , M. R. Bailey | |
| EFFECT OF ULTRASOUND WAVEFORM ON CAVITATION BUBBLE DYNAMICS |
|
49-52 |
| (PDF, 142K) |
| |
| N. A. Pribaturin, M. V. Alekseev | |
| GENERATION OF PRESSURE WAVES UNDER DIRECT CONTACT
BETWEEN COLD LIQUID AND VAPOR |
|
53-56 |
| (PDF, 48K) |
| |
| D. Denisov | |
| THE EQUATIONS FOR THE NONLINEARITY PARAMETER
OF MULTYCOMPONENT SYSTEMS |
|
57-59 |
| (PDF, 23K) |
| |
| Kh. D. Tsatsuryan | |
| SPEED OF SOUND IN WATER AT HIGH PRESSURE |
|
60-63 |
| (PDF, 35K) |
| |
| Kh. D. Tsatsuryan | |
| THE USE PRESSURE DEPENDENCY OF SOUND VELOCITY IN WATER
FOR CALCULATING ITS THERMODYNAMIC PROPERTIES |
|
64-66 |
| (PDF, 25K) |
| |
| G. I. Maksimochkin | |
| INFLUENCE OF PRESSURE AND TEMPERATURE ON STRUCTURE OF WATER
ON THE ACOUSTIC AND SPECTRAL DATA |
|
67-70 |
| (PDF, 31K) |
| |
| S. B. Afanasjev, N. G. Semenova | |
| IMPEDANCE OF LIQUID LAYER IN THE CASE
OF HARMONIOUS COMPRESSION AND SHIFT |
|
71-72 |
| (PDF, 85K) |
| |
| E. S. Balankina | |
| THE INTERRELATION BETWEEN ACOUSTIC PROPERTIES
AND PACKING COEFFICIENT FOR CONDENCED STATE |
|
73-76 |
| (PDF, 32K) |
| |
| V. A. Larichev, G. A. Maksimov | |
| THE CALCULATION OF PULSE DYNAMICS IN MEDIA
WITH THE PROCESS OF RESONANT RELAXATION |
|
77-80 |
| (PDF, 52K) |
| |
| D .I. Iudin, D. A. Kas'yanov | |
| STUDY OF SOUND GENERATED BY FOAM |
|
81-84 |
| (PDF, 76K) |
| |
| A. Ya. Pakhnin, S. N. Smerdin, V. N. Boqdanov, V. A. Solovyev | |
| THE MAIN FEATURES OF CHANGES OF SOUND VELOCITY
IN GLASSES AT THE VICINITY OF GLASS TRANSITION TEMPERATURES |
|
85-88 |
| (PDF, 41K) |
| |
| A. Ya. Pakhnin, S. N. Smerdin, V. N. Boqdanov, V. A. Solovyev, V. V. Golubkov, N. P. Kononova | |
| ELASTIC PROPERTIES AND MICROIHOMOGENEOUS STRUCTURE
OF GERMANATEGLASSES AND THEIR MELTS |
|
89-92 |
| (PDF, 40K) |
| |
| A. Y. Gorenberg, E. N. Lukmanov, M. A. Mironov, D. A. Perevalov, I. I. Sizov | |
| SELFINDUCED SOUND ABSORPTION BY A PERFORATED SCREEN |
|
93-96 |
| (PDF, 106K) |
| |
| P. V. Zenkova, O. M. Zozulya | |
| MEASUREMENT OF RELAXATION TIMES SPECTRUM OF LIQUIDS BY METHOD
OF PULSE LASER-INDUCED ACOUSTICAL SPECTROSCOPY |
|
97-100 |
| (PDF, 82K) |
| |
| O. Yu. Serdobolskaja | |
| ACOUSTIC PROPERTIES OF METALS AT THE LARGE TORSION STRAINS |
|
101-104 |
| (PDF, 75K) |
| |
| A. I. Korobov, A. N. Ekonomov | |
| THE INFLUENCE OF STATIC STRESS ON NONLINEAR
ACOUSTIC PROPERTIES OF COPPER |
|
105-108 |
| (PDF, 201K) |
| |
| A. I. Korobov, A. N. Ekonomov | |
| SINGULARITIES OF NONLINEAR ACOUSTIC PROPERTIES OF COPPER WIRES
IN THE FIELD OF PLASTIC STRAINS AT A UNLOADING - LOAD |
|
109-112 |
| (PDF, 225K) |
| |
| E. Yu. Rosina, O. N. Tistruga | |
| TTE SPECIAL FEATURES OF THE SOUND CAPILLARY EFFECT
IN THE DIELECTRIC LIQUIDS WITH HIGH VISCOSITY |
|
113-116 |
| (PDF, 46K) |
| |
| P. A. Pyatakov | |
| VIBRO-ACOUSTIC METHOD OF MICROPROBE LIQUID ANALYSIS |
|
117-120 |
| (PDF, 49K) |
| |
| I. G. Simakov, G. B. Dorjin | |
| LEAKY SURFACE WAVES IN SOLIDS LOADED WITH WET GAS |
|
121-124 |
| (PDF, 34K) |
| |
| A. A. Abrashkin, V. S. Averbach, S. N. Vlasov, Yu. M. Zaslavsky | |
| THE DROPLET MOTION IN A CONIC CAPILLARY
UNDER THE ACTION OF VIBRATION |
|
125-128 |
| (PDF, 29K) |
| |
| B. B. Badmaev, T. S. Dembelova | |
| MEASUREMENT OF VISCOELASTIC PROPERTIES OF LIQUIDS
USING A RESONANCE ACOUSTICAL METHOD |
|
129-132 |
| (PDF, 75K) |
| |
| B. D. Tsydypov | |
| DEFINITION OF SHEAR RHEOLOGICAL PARAMETERS OF FLUIDS
BY AN ACOUSTIC METHOD OF THE LINEAR VIBRATOR |
|
133-136 |
| (PDF, 33K) |
| |
| B. B. Damdinov, L. U. Bazaron, B. B. Badmaev, D. M. Mognonov | |
| INFLUENCE OF POLYSTYRENE MOLECULAR WEIGHT
ON DYNAMICAL PROPERTIES OF ITS SOLUTIONS |
|
137-140 |
| (PDF, 33K) |
| |
| V. E. Savchenko, L. K. Gribova, O. B. Akopova | |
| USE OF THE QUARTZ RESONATOR FOR INVESTIGATION
OF PHASE TRANSITIONS IN MESOMORPHOUS MEDIUMS |
|
141-144 |
| (PDF, 43K) |
| |
| B. F. Borisov, A. V. Gartvik, Yu. A. Kumzerov, A. K. Radzhabov, E. V. Charnaya | |
| ACOUSTIC STUDIES OF THE GALLIUM MELTING-FREEZING PROCESSES
IN POROUS MATRICES |
|
145-148 |
| (PDF, 45K) |
| |
| V. N. Belomestnych, E. M. Karpova | |
| ACOUSTIC AND ELASTIC PROPERTIES MODEL IONIK
AND ION-MOLECULAR CRYSTALS |
|
149-152 |
| (PDF, 35K) |
| |
| V. N. Belomestnych, E. P. Hrolenko | |
| POLYMORPHIC TRANSFORMATIONS IN POTASSIUM OXIDES OF TYPE KXO3 (X = Cl, Br, I, N)
ON THE DATA OF ULTRA ACOUSTICS AND HEATING PHYSICS |
|
153-156 |
| (PDF, 55K) |
| |
| A. S. Lagunov, Y. S. Aljokhin, A. N. Larionov, V. V. Surnychov | |
| ABOUT ACOUSTICAL AND DIELECTRICAL RELAXATION IN NEMATIC |
|
157-160 |
| (PDF, 52K) |
| |
| D. V. Voronin, G. N.Sankin, V. S. Teslenko | |
| MODELING of SECONDARY COMPRESSION WAVES
UNDER CAVITATION CONDITIONS |
|
161-165 |
| (PDF, 140K) |
| |
| V. S. Teslenko, A. P. Drozhzhin and A. M. Kartashov | |
| AUTOOSCILLATIONS GENERATED DURING A DIAPHRAGM DISCHARGE
IN AN ELECTROLYTE |
|
166-168 |
| (PDF, 168K) |
| |
| P. S. Grashin, A. A. Karabutov, I. M. Pelivanov, N. B. Podymova | |
| OPTOACOUSTIC MEASUREMENT OF OPTICAL PROPERTIES
OF TURBID MEDIA |
|
169a-172a |
| (PDF, 72K) |
