| |
| G.I.Dolgikh | |
| APPLICATION OF LASER-INTERFERENCE METHODS IN HYDROACOUSTIC RESEARCHES |
|
385-390 |
| (PDF, 167K) |
| |
| Jing Luo, M.Badiey, EntinA.Karjadi, B.G.Katsnelson, A.V.Tskhoidze, J.Moum | |
| INTENSITY FLUCTUATIONS OF LOWFREQUENCY SIGNALS DUE TO INTERNAL WAVES PROPOGATING ACROSS ACOUSTIC TRACK |
|
391-394 |
| (PDF, 227K) |
| |
| R.A.Vadov | |
| THE EXPERIMENTAL LAW OF A SOUND FIELD LEVEL DECAY, AS THE INDICATOR OF HYDROLOGICAL CONDITIONS INSTABILITY ALONG INVESTIGATED PATH |
|
395-398 |
| (PDF, 301K) |
| |
| R.A.Vadov, S.D.Pankova | |
| STRUCTURE OF THE CLASSICAL QUARTETS, FORMED
IN THE UNDERWATER SOUND CHANNEL OF THE SEA OF JAPAN |
|
399-402 |
| (PDF, 177K) |
| |
| V.A.Akulichev, L.K.Bugaeva, A.A.Solovyev | |
| ON THE INFLUENCE OF A WARM ANTICYCLONIC EDDY OF THE KUROSHIO SYSTEM ON THE ACOUSTIC SIGNAL PROPAGATION |
|
403-406 |
| (PDF, 656K) |
| |
| N.I.Dyuldina | |
| FEATURES OF SPATIAL VARIABILITY OF THE SOUND FIELD STRUCTURE IN THE FIELD OF SUBARCTIC FRONT OF THE INDIAN OCEAN |
|
407-410 |
| (PDF, 180K) |
| |
| N.I.Dyuldina | |
| INVESTIGATION OF FAR LOW-FREQUENCY SOUND PROPAGTION IN THE FIELD OF SUBARCTIC FRONT AREA IN THE NORTHWEST PACIFIC OCEAN |
|
411-414 |
| (PDF, 170K) |
| |
| A.L.Virovlyansky, A.Yu.Kazarova, L.Ya.Lyubavin, D.V.Nefedova | |
| STRUCTURE OF A SOUND BEAMS PROPAGATING THROUGH MESOSCALE INHOMOGENEITES |
|
415-418 |
| (PDF, 190K) |
| |
| B.G.Katsnelson, V.A.Grigorev, J.F.Lynch | |
| INTENSITY FLUCTUATIONS OF HIGH-FREQUENCY SOUND SIGNALS PASSING THROUGH MOVING NONLINEAR INTERNAL WAVES IN SHALLOW WATER |
|
419-422 |
| (PDF, 134K) |
| |
| V.M.Kuz'kin, V.D.Oppengeim, S.A.Pereselkov, E.A.Petnikova | |
| THE RECONSTRUCTION OF THE SPATIAL SPECTRUM OF BACKGROUND INTERNAL WAVES ON MEASUREMENTS OF FREQUENCY SHIFTS OF REFERENCE STRUCTURE OF THE SOUND FIELD |
|
423-426 |
| (PDF, 339K) |
| |
| Yu.M.Zaslavsky, B.V.Kerzhakov, V.V.Kulinich | |
| FEATURES OF ACOUSTIC FIELD IN SHALLOW WATER OF THE SEA WITH ICE COVER |
|
427 |
| (PDF, 250K) |
| |
| O.E.Gulin | |
| ON A STRONG BACKSCATTERING AND SIDE WAVE EFFECT WHILE SOUND PROPAGATES WITHIN
THE COASTAL WEDGE |
|
427-430 |
| (PDF, 250K) |
| |
| A.N.Rutenko, VG.Ushchipovsky | |
| RESULTS OF IN-SITU STUDIES OF THE SPATIAL CHARACTERISTICS OF THE LOSS FUNCTION IN AN ACOUSTIC FIELD FORMED BY A LOW-FREQUENCY EMITTER ON A SHELF |
|
431-433 |
| (PDF, 180K) |
| |
| A.N.Rutenko | |
| EXPERIMENTAL STUDY OF THE INFLUENCE OF INTERNAL WAVES ON SOUND PROPAGATION IN THE SEA OF OKHOTSK AND THE SEA OF JAPAN |
|
434-437 |
| (PDF, 406K) |
| |
| V.V.Bezotvetnyh, P.G.Kushnir, Yu.N.Morgunov, Yu.A.Polovinka, D.S.Strobykin | |
| RESERCH OF AMPLITUDE-TIME CHARACTERISTICS OF THE COMPOSITE ACOUSTIC SIGNALS IN FREQUENCIES RANGE 300-2500 Hz ON DIFFERENT DISTANCES IN THE SHELF |
|
438-441 |
| (PDF, 433K) |
| |
| A.V.Burenin, E.A.Voytenko, Yu.N.Morgunov, Yu.A.Polovinka | |
| EFFECT OF SEASONAL BEHAVIOURS OF THE VELOCITY PROFILE OF THE SOUND ON AMPLITUDE - ANGULAR STRUCTURE OF ACOUSTIC SIGNALS ON THE SHELF |
|
442-445 |
| (PDF, 310K) |
| |
| G.N.Kuznetsov, L.N.Odzhara-Ongom | |
| THE ESTIMATES OF DISTANCE BETWEEN TRANSDUCER AND RECEIVERS WITH THE DETERMINATION OF SOUND SPEED IN WATER BY ACOUSTICAL METHOD |
|
446 |
| (PDF, 288K) |
| |
| N.V.Zlobina, B.A.Kasatkin, S.B.Kasatkin, S.I.Kamenev | |
| THE RESONANT PHENOMENA AND LEAKAGE WAVES IN THE WEDGE-SHAPED WAVEGUIDE |
|
446-449 |
| (PDF, 288K) |
| |
| B.A.Kasatkin, N.V.Zlobina, D.V.Zlobin | |
| THE SOUND FIELD OF GROUND DIRECTED PROJECTOR IN PEKERIS WAVEGUIDE |
|
450-453 |
| (PDF, 772K) |
| |
| L.G.Statcenko, D.V.Zlobin | |
| THE COMPARATIVE ANALYSIS OF TWO SOLUTION OF BOUNDARY PROBLEM PEKERISA |
|
454-457 |
| (PDF, 445K) |
| |
| G.I.Doldikh, V.A.Luchin, I.O.Jaroshchuk, E.P.Varlatyj, M.J.Cheranev, À.À. Pivovarov, A.N.Samchenko, A.N.Shvyrev | |
| EXPERIMENTAL RESEARCHES OF SPACE-TIME VARIATIONS PROCESS OF SOUND VELOCITY ON THE SHELF OF THE JAPANESE SEA |
|
458-461 |
| (PDF, 293K) |
| |
| A.S.Lyashkov, V.A.Schurov | |
| TO A QUESTION ON MECHANISMS OF FORMATION OF HORIZONTAL AND
VERTICAL FLOWS OF ENERGY OF DYNAMIC NOISE |
|
462-465 |
| (PDF, 129K) |
| |
| O.S.Gromasheva, K.V.Bachinsky, A.V.Kosheleva, B.Ya.Li, V.A.Yukhnovskiy | |
| ACOUSTIC MONITORING OF THE JAPAN SEA SHELF ZONE |
|
466-469 |
| (PDF, 1004K) |
| |
| V.A.Burov, S.N.Sergeev, A.S.Shurup | |
| THE USE OF SHORT CURVED ANTENNAS IN PASSIVE OCEAN TOMOGRAPHY |
|
470-473 |
| (PDF, 150K) |
| |
| A.L.Matveyev, P.I.Korotin | |
| ON THE ESTIMATION OF PATH PARAMETERS OF A WEAK HYDROACOUSTIC SOURCE
USING A VERTICAL ARRAY |
|
474-477 |
| (PDF, 202K) |
| |
| P.I.Korotin, A.L.Matveyev | |
| MEASUREMENT OF THE ANGULAR DEPENDENCE OF A WEAK HYDROACOUSTIC SOURCE LEVEL
BY A VERTICAL ARRAY |
|
478-481 |
| (PDF, 177K) |
| |
| M.Y.Andreev, A.I.Belov, N.I.Belova, G.N.Kuznetsov | |
| AN ABILITY OF UNAMBIGUOUS DIRECTION FINDING OF WIDE BAND SIGNALS SOURCES BY MEANS OF LINEAR ARRAY OF VECTOR - SCALAR RECEIVERS |
|
482 |
| (PDF, 14K) |
| |
| A.P.Buyanov, G.N.Kuznetsov, O.V.Lebedev, A.V.Semenov, S.N.Skorodumov | |
| ESTIMATION OF EXCITEMENT COEFFICIENTS FOR RADIATORS IN AERIALS COMPOSITION BY RESULTS OF MEASUREMENTS OF THE FIELD IN THE NEAR ZONE |
|
482 |
| (PDF, 14K) |
| |
| A.P.Buyanov, V.I.Kaliushko, G.N.Kuznetsov, A.A.Pudovkin | |
| THE ESTIMATE OF PIEZO-ELECTRIC TRANSDUCER MUTUAL IMPACT |
|
482 |
| (PDF, 14K) |
| |
| O.I.Kosarev | |
| CLEARING OF THE SECONDARY FIELD BY THE ACTIVE SYSTEM LOCATED
ON THE SURFACE OF THE BODY |
|
483a-d |
| (PDF, 154K) |
| |
| A.A.Stromkov | |
| FEATURES OF FOCUSING OF TIME REVERSE SYSTEMS IN THE SHALLOW SEA |
|
483-486 |
| (PDF, 226K) |
| |
| A.V.Gladilin | |
| LINEAR ARRAY EFFICIENCY IN THE PRESENCE OF STRUCTURAL NOISE |
|
487 |
| (PDF, 13K) |
| |
| V.M.Baronkin, A.V.Gladilin | |
| PASSIVE ARRAY EFFICIENCY ANALYSIS IN CONDITIONS OF WEAK SIGNALS |
|
487 |
| (PDF, 13K) |
| |
| S.I.Kamenev | |
| MODELING OF SPATIAL-TEMPORARY STRUCTURE OF ACOUSTIC FIELDS IN A SHELF ZONE |
|
488-491 |
| (PDF, 214K) |
| |
| S.I.Kamenev | |
| VIRTUAL HYDROACOUSTIC SYSTEM OF THE TIME REVERSAL MIRROR
WITH USE COMPLEX PHASE-MANIPULATED SIGNALS |
|
492-495 |
| (PDF, 228K) |
| |
| A.L.Zharikov, P.N.Kravchun | |
| ON SOME POSSIBILITIES AND PROPERTIES OF MATCHED-FIELD
GEOACOUSTIC INVERSION IN SHALLOW WATER |
|
496-499 |
| (PDF, 308K) |
| |
| G.K.Ivanova | |
| TWO WAYS OF CALCULATING THE SOUND RAY TRAJECTORIES IN THE OCEAN |
|
500-503 |
| (PDF, 204K) |
| |
| V.À.Baranov, E.P.Gulin, S.N.Kàscheyev, P.S.Êrasnov | |
| THE HIERARCHICAL CLASSIFIER FOR RECOGNITION OF UNDERWATER
LOW-SIZED OBJECTS IN SYSTEM OF HYDROACOUSTIC MONITORING |
|
504-508 |
| (PDF, 160K) |
| |
| A.N.Goncharov, L.E.Kazakevich | |
| RESEARCH OF RELIABILITY OF RECOGNITION OF SEA OBJECTS AT HYDROACOUSTIC MONITORING
BY MEANS OF FALSE LEARNING FUNCTION |
|
509-512 |
| (PDF, 181K) |
| |
| A.N.Samchenko, A.A.Pivovarov, A.N.Shvyrev, I.O.Yaroshchuk | |
| LOW-FREQUENCY ACOUSTIC SIGNALS RESEARCHES IN A SHELF ZONE OF THE JAPANESE SEA IN VIEW OF GEOACOUSTIC MODEL |
|
513-516 |
| (PDF, 392K) |
| |
| E.F.Orlov, A.V.Khromov, V.N.Golubev, A.O.Polevoy | |
| MATCHED PROCESSING OF SIGNALS OF INTERFEROMETER WITH LARGE BASE
IN MULTI-MODE FIELD |
|
517-520 |
| (PDF, 243K) |
| |
| V.A.Bulanov, D.I.Borovoy | |
| ON THE ESTIMATION OF THE PLANKTON DISTRIBUTION BY USING SOUND SCATTERING DATA
IN THE ACTIVE LAYER OF OCEAN |
|
521-524 |
| (PDF, 202K) |
| |
| V.Shchurov, H.Tkachenko, E.Ivanov, I.Ivanov | |
| ACOUSTIC ENERGY FLUX INTERACTION IN THE OCEAN |
|
525-528 |
| (PDF, 423K) |
| |
| N.N.Kutsenko | |
| INVESTIGATION OF NONLINEARITY INFLUENCE OF FLUID MEDIUM TO DISTRIBUTION LAW OF POWERFUL ACOUSTIC WAVES |
|
529 |
| (PDF, 14K) |
| |
| E.M.Titov, S.A.Shevkun, P.A.Volkov | |
| MEASUREMENT OF THE ACOUSTIC CHARACTERISTICS OF SEA BOTTOM
FOR TASKS OF NAVIGATION OF UNDERWATER VEHICLES |
|
530-533 |
| (PDF, 176K) |
| |
| E.L.Borodina, M.B.Salin | |
| MEASUREMENT OF THE SPACE-TIME CHARACTERISTICS OF SURFACE
ROUGHNESS DEFINING THE SURFACE REVERBERATION |
|
534-537 |
| (PDF, 466K) |
| |
| D.V.Guzhavina, E.P.Gulin | |
| COHERENCE OF THE ACOUSTIC FIELD SCATTERED BY SWIRL OF SEA VESSELS |
|
538-541 |
| (PDF, 357K) |
| |
| A.V.Gritsenko, M.V.Kruglov and A.N.Rutenko | |
| MANAGEMENT, ANALYSIS AND RESULTS OF ENVIRONMENTAL MONITORING OF ANTHROPOGENIC SOUND OFF SAKHALIN ISLAND |
|
542-544 |
| (PDF, 110K) |
| |
| V.V.Ovcharenko, G.I.Dolgikh | |
| STUDYING OF PARAMETERS CORRELLATION OF INFRAGRAVIVITY AND WIND WAVES |
|
545-547 |
| (PDF, 127K) |
| |
| V.V.Novotryasov | |
| SPECTRAL ANALYSIS OF INTERNAL WAVES COASTAL OCEAN |
|
548 a-d |
| (PDF, 234K) |
| |
| A.N.Serebryany, N.N.Okhrimenko | |
| TO THE QUESTION ON UNDERWATER NOISE GENERATION BY LARGE-AMPLITUDE INTERNAL WAVES |
|
548 |
| (PDF, 253K) |
| |
| V.V.Bezotvetnykh, E.A.Voytenko, Yu.N.Morgunov, D.S.Strobykin | |
| MULTIFUNCTION ACOUSTIC HARDWARE AND SOFTWARE SYSTEM
FOR THE SEA DYNAMIC PROCESSES MONITORING |
|
548-553 |
| (PDF, 253K) |
| |
| O.S.Gromasheva, A.V.Kosheleva, V.A.Yukhnovskiy | |
| TESTING AND CALIBRATION THE POSITIONING SYSTEM OF RSB HYDROPHONES |
|
554-557 |
| (PDF, 324K) |
| |
| O.S.Gromasheva, U.A.Lysenko, V.A.Yukhnovskiy | |
| SOLUTION OF A 3-DIMENTIONAL TASK OF RSB HYDROPHONES POSITIONING |
|
558-561 |
| (PDF, 312K) |
| |
| A.O.Maksimov, E.V.Sosedko | |
| THE ACOUSTIC MANIFESTATIONS OF HYDRATE-SHELLED BUBBLES |
|
562-565 |
| (PDF, 192K) |
| |
| S.I.Kamenev, A.A.Tagiltsev | |
| HYDROACOUSTIC RECEIVING-TRANSMITTING COMPLEX
FOR TOMOGRAPHY RESEARCH IN CONDITIONS OF THE SHALLOW SEA |
|
566-569 |
| (PDF, 183K) |
| |
| S.V.Borisov, D.G.Kovzel, A.N.Rutenko, V.G.Uschipovsky | |
| TRANSMITTING AUTONOMOUS UNDERWATER ACOUSTIC RECORDER - SHELF-07 |
|
570-572 |
| (PDF, 105K) |
| |
| D.G.Kovzel, A.N.Rutenko, V.G.Ushchipovsky | |
| "MOLLUSK-07" ACOUSTIC & HYDROLOGICAL RECORDING SYSTEM |
|
573-575 |
| (PDF, 297K) |
| |
| S.S.Budrin, G.I.Dolgikh, S.N.Kovalev | |
| TWO-CHANELS HYDROACOUSTIC BOTTOM STATION |
|
576-578 |
| (PDF, 138K) |
| |
| G.I.Dolgikh, S.G.Dolgikh, S.N.Kovalyov, À.À.Pivovarov, À.À.Plotnikov, V.A.Chupin, V.A.Shvets, S.V.Jakovenko, I.O.Jaroschuk | |
| LASER HYDROPHONE IN HYDROACOUSTIC AND OCEANOLOGIC RESEARCHES |
|
579-581 |
| (PDF, 346K) |
| |
| G.I.Dolgikh, S.G.Dolgikh, V.A.Chupin, S.V.Jakovenko | |
| CONNECTION OF SUPER LOW-FREQUENCY AND LOW-FREQUENCY VARIATIONS OF HYDROSPHERE PRESSURE WITH THE LEVEL OF MICRODEFORMATIONS OF THE EARTH'S CRUST |
|
582-584 |
| (PDF, 156K) |
| |
| G.N.Batiushin, A.G.Dolgikh, G.I.Dolgikh, V.A.Chupin | |
| TRANSFORMATION OF SEISMOACOUSTIC OSCILLATIONS IN HYDROACOUSTIC ONES |
|
585-587 |
| (PDF, 133K) |
| |
| G.I.Dolgikh, S.G.Dolgikh, V.V.Ovcharenko, S.I.Penkin, À.À.Pivovarov, V.A.Chupin, I.O.Jaroschuk | |
| LAW OF TRANSFORMATION OF HYDROACOUSTIC ENERGY IN SEISMOACOUSTIC ENERGY IN THE SEA OF VARIABLE DEPTH |
|
588-590 |
| (PDF, 155K) |
| |
| B.A.Kasatkin, Yu.G.Larionov | |
| THE LOW-FREQUENCY DIRECTIONAL PROJECTOR FOR EXCITATION OF THE SUBBOTTOM WAVE |
|
591-594 |
| (PDF, 226K) |
| |
| A.I.Belov, G.N.Kuznetsov | |
| THE DIRECTIVITY PATTERNS COUNTING FOR VECTOR - SCALAR EXTENDED ARRAY WITH THE USAGE OF MEASUREMENTS OF IMPULSE WITH LINEAR FREQUENCY MODULATION IN FRESNEL ZONE |
|
595 |
| (PDF, 158K) |
| |
| A.L.Virovlyansky, A.Yu.Kazarova, L.Ya.Lyubavin | |
| MODAL STRUCTURE OF A PULSE SIGNAL AT MEGAMETER RANGES IN A DEEP SEA |
|
595-598 |
| (PDF, 158K) |
| |
| Kh.D.Tsatsuryan | |
| ISOBARIC HEAT CAPACITY OF SEAWATER |
|
599-602 |
| (PDF, 189K) |
