| |
| D.V.Voronin, G.N.Sankin, V.S.Teslenko | |
| MODELING OF TRANSLATIONAL DYNAMICS OF BUBBLES |
|
3-5 |
| (PDF, 283K) |
| |
| G.N.Sankin | |
| COLLAPSING BUBBLE TRANSLATION JUMPS IN A CAVITATIONALCLUSTER |
|
6-8 |
| (PDF, 355K) |
| |
| G.N.Kuznetsov, V.M.Sinikov | |
| MOTION OF THE DEFORMING STEAM-GAS CAVITIES NEAR THE INTERFACES |
|
9-12 |
| (PDF, 231K) |
| |
| E.M.Agrest, G.N.Kuznetsov | |
| THE ORIGINATION AND DEVELOPMENT OF ULTRASONIC CAVITATION ON VARIOUS FORM OSCILLATORS |
|
13-16 |
| (PDF, 256K) |
| |
| A.O.Maksimov, E.V.Sosedko | |
| SPECTRUM OF ACOUSTIC RADIATION CAUSED BY CAVITATION |
|
17-20 |
| (PDF, 240K) |
| |
| I.K.Gimaltdinov, F.F.Ahmadullin | |
| DETONATION WAVES IN NON-UNIFORM UNDER THE VOLUMETRIC CONTENTS
OF GAS BUBBLE LIQUID |
|
21-24 |
| (PDF, 294K) |
| |
| T.V.Gordeychuk | |
| MULTIBUBBLE SONOLUMINESCENCE SPECTRA FROM WATER DISSOLVED WITH NOBLE GASES |
|
25-28 |
| (PDF, 214K) |
| |
| V.E.Dontsov, V.E.Nakoryakov | |
| ATTENUATION OF THE PRESSURE WAVE IN A LIQUID-GAS MEDIUM WITH STRATIFIED STRUCTURE |
|
29-32 |
| (PDF, 332K) |
| |
| A.R.Perevedentseva | |
| DYNAMICS OF PRESSURE WAVES IN THE LIQUID WITH BUBBLE ZONES IN CASE OF CYLINDRICAL SYMMETRY |
|
33-36 |
| (PDF, 281K) |
| |
| E.Yu.Rosina, Yu.P.Rosin | |
| ABOUT THE NATURE OF THE SOUND CAPILLARY PRESSURE |
|
37-40 |
| (PDF, 281K) |
| |
| N.V.Malykh, V.M.Petrov | |
| ON SONOCAPILLARY EFFECT |
|
41-44 |
| (PDF, 296K) |
| |
| Yu.A.Polovinka, P.N.Popov | |
| RESEARCHES OF AN ACOUSTIC CAVITATION DEPENDING ON RADIATION CONDITIONS IN NATURAL ENVIRONMENT |
|
45-48 |
| (PDF, 280K) |
| |
| A.O.Maksimov | |
| "CAR-JAM" EFFECT IN RISING BUBBLE PLUME |
|
49-52 |
| (PDF, 205K) |
| |
| I.M.Margulis, M.A.Margulis | |
| MUTUAL INFLUENCE OF RADIAL AND TRANSLATIONAL MOTION OF A CAVITATION BUBBLE |
|
53-57 |
| (PDF, 374K) |
| |
| I.M.Margulis, M.A.Margulis | |
| MEASUREMENT OF BOTH: IRRADIATED AND ABSORBED ACOUSTICAL POWER AT CAVITATION BY USING OF COMPARATIVE CALORIMETRIC METHOD |
|
58-62 |
| (PDF, 363K) |
| |
| V.A.Larichev, G.A.Maksimov | |
| THE MECHANICAL INTERPRETATION OF THE GENERALIZED STATE EQUATION FOR RESONANT RELAXATION MEDIA |
|
63-66 |
| (PDF, 219K) |
| |
| G.I.Maksimochkin | |
| ACOUSTIC PARAMETERS AND NONLINEAR PROPERTIES LIQUIDS WITH A GAS DISPERSION |
|
67-70 |
| (PDF, 254K) |
| |
| O.R.Budaev, M.N.Ivanova | |
| TEMPERATURE DEPENDENCE OF SHEAR ELASTICITY OF POLYMER FLUIDS |
|
71-73 |
| (PDF, 162K) |
| |
| L.G.Kaplan | |
| ON THE PROPAGATION OF TRANSVERSE ACOUSTIC WAVES PACKET IN A SOLID |
|
74-77 |
| (PDF, 203K) |
| |
| I.S.Koltzova, E.N.Dyatlova, M.A.Ivanov, A.Y.Mikhalev | |
| PROPAGATION OF ULTRASONIC WAVES IN FERROCOMPOSITES |
|
78-81 |
| (PDF, 257K) |
| |
| I.G.Simakov, G.B.Dorjin, R.I.Gomboev | |
| INTERACTION OF SURFACE ACOUSTIC WAVES WITH BOUNDARY LAYERS OF WATER |
|
82-85 |
| (PDF, 232K) |
| |
| I.G.Simakov, G.B.Dorzhin | |
| DEFINITION OF SMALL VELOCITY CHANGES AND ATTENUATION OF SURFACE ACOUSTIC WAVES |
|
86-88 |
| (PDF, 185K) |
| |
| N.S.Shevyakhov | |
| NONCOLLINEAR SURFACE WAVES |
|
89-94 |
| (PDF, 268K) |
| |
| J.B.Korshak, B.A.Korshak | |
| THE RESEARCH OF ACOUSTIC WAVE INTERACTION ON NONLINEAR CONTACT |
|
95 |
| (PDF, 95K) |
| |
| A.M.Gavrilov, V.Y.Medvedev | |
| ABOUT INFLUENCING AN AMPLITUDE-PHASE SPECTRUM ON NON-LINEAR PROPAGATION OF A THREE-FREQUENCY WAVE |
|
96-99 |
| (PDF, 297K) |
| |
| P.N.Vyugin, S.N.Gurbatov, D.A.Kasyanov, V.V.Kurin, N.V.Kurochkin, L.M.Kustov, N.V.Pronchatov-Rubtsov | |
| LABORATORY INVESTIGATIONS OF SHOCK WAVES FORMATION IN INTENSE ACOUSTIC BEAMS |
|
100-103 |
| (PDF, 316K) |
| |
| D.A.Ivanov, I.V.Lebedeva | |
| CHARACTERISTIC PROPERTIES OF ACOUSTIC JET GENERATION IN FREE SPACE AND INSIDE THE WAVEGUIDE |
|
104-106 |
| (PDF, 220K) |
| |
| N.G.Voronina, F.F.Legusha, V.S.Liverov | |
| COMPUTATION OF ACOUSTIC-RADIATION SPECTRUM OF HYDROGEN BUBBLES BREAKING FROM SOLID SURFACE IN WATER ELECTROLYSIS |
|
107-110 |
| (PDF, 215K) |
| |
| O.Yu.Serdobolskaja | |
| ACOUSTICAL EMISSION AT DESTRUCTION OF KCl AND TGS CRYSTALS |
|
111-114 |
| (PDF, 259K) |
| |
| Yu.M.Zaslavsky | |
| HELMHOLZ RESONATOR BURIED IN A GROUND AS A SOURCE OF SEISMIC WAVES AND A LOW FREQUENCY SOUND IN ATMOSPHERE |
|
115-118 |
| (PDF, 242K) |
| |
| V.M.Sarnatski | |
| HIGH-FREQUENCY ULTRASOUND GENERATION BY THIN PLATES OF CUBIC FERROMAGNETIC |
|
119-122 |
| (PDF, 240K) |
| |
| B.F.Borisov, A.V.Gartvik, E.V.Charnaya, S.Ugnivenko | |
| ULTRASONIC STUDEIS OF THE MELTING-FREEZING PHASE TRANSITIONS FOR MERCURY IN NANOPOROUS MATRICES |
|
123-126 |
| (PDF, 244K) |
| |
| Belyaev S.P., Vasilkov S.D., Volkov A.E., Radkhabov A.K., Charnaya E.V. | |
| ACOUSTIC STUDEIS OF PHASE TRANSITIONS IN THE Ti-Ni ALLOY |
|
127-130 |
| (PDF, 313K) |
| |
| V.I.Rimlyand, A.I.Kondratiev, A.V.Kazarbin | |
| STUDY OF COMPOSITE POLYMERIZATION BY USING ACOUSTIC TECHNIQUE |
|
131-134 |
| (PDF, 210K) |
| |
| E.S.Balankina | |
| STRUCTURAL VARIATIONS AND THE CONCENTRATION BEHAVIOR OF THE ACOUSTICAL PROPERTIES OF SOLUTIONS |
|
135-138 |
| (PDF, 273K) |
| |
| G.I.Maksimochkin, S.V.Pasechnik | |
| ACOUSTICAL PROPERTIES AND CRITICAL DYNAMICS OF LIQUID CRYSTAL EMULSIONS |
|
139-142 |
| (PDF, 209K) |
| |
| Kh.D.Tsatsuryan | |
| THE EXPERIMENTAL INVESTIGATION OF THE SOUND VELOCITY IN ORDINARY WATER IN ITS PRESSURE ANOMALY REGION |
|
143-146 |
| (PDF, 268K) |
| |
| Kh.D.Tsatsuryan | |
| THE MEASUREMENTS OF THE SOUND VELOCITY IN HEAVY WATER IN THE REGION OF ITS PRESSURE ABNORMALITY |
|
147-150 |
| (PDF, 264K) |
| |
| M.F.Bolotnikov, Yu.A.Neruchev | |
| ESTIMATION THERMOPHYSICAL PROPERTIES OF ORGANIC LIQUIDS ON THE DATA OF SOUND SPEED |
|
151-154 |
| (PDF, 439K) |
| |
| S.Yu.Baglikov, A.V.Karelin, G.V.Karpova, V.V.Kovarda,
V.M.Polunin, M.V.Chistyakov | |
| RESULTS OF AN EXPERIMENTAL RESEARCH MAGNETIC-ELASTIC PROPERTIES OF A MAGNETIC LIQUID |
|
155-157 |
| (PDF, 370K) |
| |
| M.F.Bolotnikov, M.Yu.Verisokin, E.B.Postnikov | |
| STUDY OF AN INFLUENCE OF ACOUSTICAL SYSTEM'S PROPERTIES ON THE FARADAY WAVE'S GENERATION IN THE VESSEL, WHICH IS FIXED ON THIS SYSTEM |
|
158-160 |
| (PDF, 262K) |
| |
| V.B.Zhelezny | |
| PHYSICAL MODEL OF THE STRUCTURE OF HARMONIC ACOUSTIC WAVES IN THE LIQUID |
|
161-164 |
| (PDF, 225K) |
| |
| E.M.Kudriavtsev | |
| SEQUENCE FROM MANY SOLITARY ELASTIC WAVES WITH DISCRETE, TWICE DOWNWARD DECREASING, STARTING FROM A SPEED OF SOUND, VELOCITIES EXCITED BY A SINGLE-PULSE IN CONDENSED MATTERS |
|
165-168 |
| (PDF, 220K) |
| |
