| |
| R.A.Vadov | |
| CLASSIC "QUARTETS" OF SIGNALS AND THEIR EVOLUTION AT PROPAGATION
IN UNDERWATER SOUND CHANNEL |
|
396-400 |
| (PDF, 244K) |
| |
| A.A.Taboyakov, A.E.Malashenko, M.V.Mironenko, L.E.Karachyun | |
| HYDROPHYSICAL AND HYDROACOUSTICAL RESEARCH AT STATIONARY SEA TRACE EQUIPPED
IN TRANSITIONAL ZONE OF SEA OF OKHOTSK AND SEA OF JAPAN |
|
401 |
| (PDF, 16K) |
| |
| O.E.Gulin | |
| ON APPLICABILITY OF ONE-WAY COUPLED-MODE METHODS FOR
ANALYSIS OF ACOUSTIC FIELDS IN ÒÍÅ RANGE-DEPENDENT OCEAN |
|
402-405 |
| (PDF, 218K) |
| |
| A.S.Lyashkov, I.O.Yaroshchuk | |
| TO A QUESTION ON IMITATION MODELING OF BROADBAND HYDROACOUSTIC SIGNALS |
|
406-408 |
| (PDF, 131K) |
| |
| M.Yu.Uleysky, D.V.Makarov | |
| EFFECT OF RAY LEAKAGE FROM AN UNDERWATER SOUND CHANNEL |
|
409-411 |
| (PDF, 137K) |
| |
| A.A.Kleshchev | |
| ABOUT MODEL SOUND FIELD IN SHALLOW SEA WITH ROUGH SURFACE |
|
412-413 |
| (PDF, 80K) |
| |
| M.Badiey, J.Lynch, B.G.Katsnelson, S.A.Pereselkov | |
| FREQUENCY DEPENDENCE OF SOUND FIELD FLUCTUATIONS DUE
TO INTERNAL SOLITONS IN SHALLOW WATER |
|
414-417 |
| (PDF, 651K) |
| |
| V.M.Kuzkin, S.À.Pereselkov, V.G.Petnikov | |
| VARIABILITY OF THE INTERFERENCE INVARIANT IN THE PRESENCE
OF INTERNAL WAVES ON OCEANIC SHELF |
|
418-421 |
| (PDF, 310K) |
| |
| V.M.Kuz'kin, S.A.Pereselkov | |
| INFLUENCE OF INTERNAL WAVES ON EFFICIENCY OF ACOUSTIC FIELD |
|
422-425 |
| (PDF, 520K) |
| |
| O.P.Galkin | |
| THE EFFECT OF SHORT-PERIOD INTERNAL WAVES ON REFRACTION
OF SOUND RAYS IN DEEP OCEAN |
|
426 |
| (PDF, 36K) |
| |
| O.P.Galkin, R.Yu.Popov, Yu.I.Tuzhilkin | |
| LONGITUDINAL CORRELATION OF THE SOUND FIELD GENERATED BY UNDERWATER EXPLOSIONS
IN THE MEDITERRANEAN SEA |
|
426 |
| (PDF, 36K) |
| |
| A.V.Mikryukov, O.E.Popov, and A.N.Serebryanyi | |
| THE ORIGINS OF INTENSITY FLUCTUATIONS IN SOUND SIGNALS AT A SHALLOW-WATER SHELF |
|
426 |
| (PDF, K36) |
| |
| S.I.Kamenev, B.A.Kasatkin | |
| METHODS OF FORMING THE SPATIAL FREQUENCY INTERFERENCE
STRUCTURE OF AN ACOUSTIC FIELD WITH SPECIFIED PROPERTIES |
|
427-429 |
| (PDF, 319K) |
| |
| V.A.Akulichev, S.I.Kamenev, Yu.N.Morgunov, A.V.Burenin, V.V.Bezotvetnykh, V.V.Voitenko | |
| A STUDY OF THE ANGULAR STRUCTURE OF ACOUSTIC FIELD IN A SHALLOW SEA
WITH THE USE OF A COMBINED RECEIVER |
|
430-432 |
| (PDF, 366K) |
| |
| G.I.Dolgikh, I.O.Yroshchuk, A.I.Svininnikov, A.A.Pivovarov, V.A.Chupin, A.S.Lyshkov, A.N.Shvyryov, M.Yu.Martynov | |
| INVESTIGATION OF BOTTOM REFLECTION PRPERTIES ON THE SHELF OF JAPAN SEA |
|
433 |
| (PDF, 31K) |
| |
| E.A.Voitenko, S.I.Kamenev, B.A.Kasatkin, Yu.N.Morgunov | |
| THE PECULIARITIES OF ACOUSTIC SIGNAL PROPAGATION IN THE SEA-BOTTOM BOUDARY LAYER |
|
434-437 |
| (PDF, 383K) |
| |
| N.V.Zlobina, D.V.Zlobin, B.A.Kasatkin | |
| TO THE THEORY OF GOOS-HANCHEN SHIFT IN CLASSICAL SCHOCH EXPERIMENTS |
|
438-442 |
| (PDF, 206K) |
| |
| V.A.Shchurov, B.M.Dorozhko, V.P.Kouleshov, M.VKuyanova, E.S.Tkachenko | |
| THE OBSERVATION OF REVERBERATION IN THE OCEAN BY AN ACOUSTIC COMBINED RECEIVER |
|
443-446 |
| (PDF, 267K) |
| |
| V.P.Dzyuba, I.N.Kanevskii | |
| SEA REVERBERATION IN FIELD OF THE VECTOR INTENSITY |
|
447-449 |
| (PDF, 133K) |
| |
| S.Muyakshin, H.-Ju.Hirche, M.Klages, J.Wegner, H.Auel | |
| ACOUSTICAL INVESTIGATION OF THE AGGREGATION OF THE ARCTIC COPEPOD CALANUS HYPERBOREUS
CLOSE TO THE OCEAN FLOOR |
|
450 |
| (PDF, 19K) |
| |
| V.A.Bulanov, I.V.Korskov, P.N.Popov | |
|
|
451-454 |
| (PDF, 506K) |
| |
| A.S.Salomatin, V.I.Yusupov | |
| QUANTITATIVE ESTIMATION OF GAS PLUME PARAMETERS BY ECHO-SOUNDER |
|
455-458 |
| (PDF, 173K) |
| |
| A.O.Maksimov, E.V.Sosedko | |
| DYNAMICS OF SEA BUBBLES COVERED BY A HYDRATE SKIN |
|
459-462 |
| (PDF, 804K) |
| |
| M.V.Mironenko, P.A.Starodubtsev, A.A.Taboyakov, A.M.Vasilenko | |
| FORMATION AND FUNCTIONING OF TOMOGRAPHY MONITORING SYSTEMS BASED
ON LOW-FREQUENCY TRANSMISSION HYDROLOCATION METHOD |
|
463 |
| (PDF, 23K) |
| |
| A.A.Taboyakov, A.E.Malashenko, M.V.Mironenko, L.E.Karachyun | |
| TRANSLUCENT PARAMETRICAL HYDROLOCATOR FOR MARINE ENVIRONMENT HYDROPHYSICAL FIELDS MONITORING AND EXTENDED SEA AREAS CONTROL |
|
463 |
| (PDF, 23K) |
| |
| M.V.Mironenko, A.E.Malashenko, L.E.Karachyun, A.A.Taboyakov | |
| DETECTION OF COORDINATES OF SOURCES OF ACOUSTIC RADIATION BY SYSTEM OF SPATIALLY DISTRIBUTED PASSIVE HYDROACOUSTIC STATIONS WITH NONDIRECTIONAL RECEPTION ANTENNAE |
|
463 |
| (PDF, 23K) |
| |
| M.V.Mironenko, L.E.Karachyun, A.A.Taboyakov, T.A.Mironenko | |
| SUBSTANTIATION OF CHOOSING TYPE AND PARAMETERS OF PROBING SIGNALS
IN SOLVING PROBLEMS OF SEA AREAS TOMOGRAPHY |
|
464 |
| (PDF, 21K) |
| |
| L.E.Karachyun, M.V.Mironenko, A.M.Vasilenko, A.A.Taboyakov | |
| FORMATION OF HORIZONTAL REFRACTION OF ACOUSTIC WAVES PROPAGATED IN SHELF AREA
OF KURIL ISLAND RIDGE |
|
464 |
| (PDF, 21K) |
| |
| V.A.Burov, S.N.Sergeev, A.S.Shurup | |
| REPRESENTATION AND RECONSTRUCTION OF TWO-DIMENTIONAL OCEANIC FLOWS
AND EDDIES IN MOSAIC BASIS |
|
465-468 |
| (PDF, 464K) |
| |
| A.L.Virovlyansky, A.Yu.Kazarova, L.Ya.Lyubavin | |
| OCEAN TEMPERATURE RECONSTRUCTION FROM ACOUSTICAL DATA |
|
469-472 |
| (PDF, 198K) |
| |
| B.A.Kasatkin, V.V.Zolotarev | |
| DIFFRACTIONAL TOMOGRAPHY OF THE UPPER LAYER OF SEABED |
|
473-477 |
| (PDF, 193K) |
| |
| V.A.Chupin, G.I.Dolgikh, S.G.Dolgikh, S.N.Kovalev, V.A.Shvets, S.V.Yakovenko | |
| ABOUT POSSIBILITY OF APPLICATION LONG-SHORE LASER STRAINMETERS
IN TOMOGRAPHIC RESEARCHES OF THE BOTTOM OF THE SHELF |
|
478-480 |
| (PDF, 150K) |
| |
| V.P.Dzyuba, V.I.Korenbaum | |
| POSSIBILITIES OF PRESSURE GRADIENT HYDROPHONE
IN SOLUTION OF THE TASKS OF MARINE ACOUSTIC TOMOGRAPHY |
|
481-483 |
| (PDF, 136K) |
| |
| M.V.Mironenko, S.N.Popov, L.E.Karachyun, A.M.Vasilenko | |
| SPECTRAL ANALYSIS OF HYDROACOUSTIC SIGNALS USING METHODS
OF FOURIER AND WAVELET TRANSFORMS |
|
484 |
| (PDF, 25K) |
| |
| Yu.V.Tcherkashin, M.V.Mironenko, V.V.Plyukhin, A.A.Taboyakov | |
| PRACTICAL WAYS OF ADAPTIVE PROCESSING OF HYDROLOCATION INFORMATION |
|
484 |
| (PDF, 25K) |
| |
| D.G.Krechetov, M.V.Mironenko, Yu.V.Tcherkashin, L.E.Karachyun | |
| METHODICAL PRINCIPLES OF REPRESENTATION OF HYDROLOCATION SYSTEMS
IN SPACE OF STATES |
|
484 |
| (PDF, 25K) |
| |
| Yu.V.Tcherkashin, M.V.Mironenko, A.E.Malashenko, D.G.Krechetov | |
| ALGORITHMIC PRINCIPLES OF FUNCTIONING OF HYDROLOCATION FACILITIES SYNTHESIZED USING
METHODS OF MARKOV THEORY OF OPTIMUM NONLINEAR FILTRATION |
|
484 |
| (PDF, 25K) |
| |
| Î.À.Êàsinov, Å.L.Sheinman | |
| ANALYSIS OF THE IDENTIFICATION EFFICIENCY OF SONAR STATIONS
BY THE "SIGNAL DURATION" PARAMETER |
|
485-488 |
| (PDF, 201K) |
| |
| Ì.D.Smaryshev | |
| ON THE USE OF COMBINED RECEIVERS IN THE UNDERWATER ACOUSTICS |
|
489-492 |
| (PDF, 173K) |
| |
| Yu.Yu.Dobrovol'skii | |
| ON ESTIMATION OF INFLUENCE OF ACOUSTIC INTERACTION
OF BROADBAND TRANSDUCERS ON ANTENNA PARAMETERS |
|
493-496 |
| (PDF, 188K) |
| |
| V.B.Korneeva, E.B.Libenson, T.B.Strelenko | |
| ABOUT ESTIMATION OF PROPAGATION ANOMALY OF SIGNALS OF FINITE DURATION TAKING INTO CONSIDERATION THE MOTION OF SONAR PLATFORM |
|
497-500 |
| (PDF, 196K) |
| |
| S.A.Borisov, M.A.Raskita | |
| A MODEL OF THE PARAMETRIC ARRAY FOR SEA MEDIUM |
|
501-503 |
| (PDF, 223K) |
| |
| S.À.Borisov, À.S.Borisov | |
| ESTIMATION OF SOUND PRESSURE LEVELS IN SEA SEDIMENTS AT VERTICAL SOUNDING |
|
504-507 |
| (PDF, 237K) |
| |
| O.S.Gromasheva, V.A.Yukhnovsky, K.V.Bachinsky | |
| ESTIMATION OF GEOMETRY PARAMETERS FOR THE EXPERIMENTS ON POSITIONING
THE DRIFTING RADIO SONOBUOYS |
|
508-511 |
| (PDF, 170K) |
| |
| O.S.Gromasheva, A.V.Kosheleva, B.Ya.Li, Yu.L.Shor, V.A.Yukhnovskiy | |
| OPTIMIZATION OF THE PARAMETERS OF THE MEASURING SYSTEM FOR DETERMINING
MUTUAL ARRANGEMENT OF HYDROPHONES OF THE DRIFTING BUOYS FIELD |
|
512-515 |
| (PDF, 524K) |
| |
| A.N.Gorbanyov, A.V.Rozenberg | |
| ROLE OF QUADROPOLE COMPONENTS OF THE AIR-LOCATED SOURCE IN FORMATION OF SOUND FIELD IN A HYDROACOUSTIC WAVEGUIDE |
|
516-519 |
| (PDF, 178K) |
| |
| R.A.Korotchenko, A.S.Lyashkov, M.Yu.Martynov, A.N.Shvyryov, I.O.Yroshchuk | |
| THE WEB PORTAL FOR EXPERIMENTAL HYDROACOUSTICS PROBLEMS SOLVING |
|
520 |
| (PDF, 22K) |
| |
| A.N.Shvyrev, I.O.Yaroshchuk | |
| ON VERTICAL TRANSFER OF ACOUSTIC ENERGY OF SURFACE DYNAMIC
NOISE IN A LAYERED OCEAN |
|
521-523 |
| (PDF, 239K) |
| |
| D.A.Denisov, N.V.Pal'vanova | |
| CALCULATING TEMPERATURE INFLUENCE ON SOUND VELOCITY IN SEA WATER USING THE IONIC
FORCE RULE AND HYPOTHESIS OF DISTRIBUTION OF IONS WITH EQUAL PROBABILITY |
|
524-526 |
| (PDF, 148K) |
| |
| Kh.D.Tsatsuryan | |
| DENSITY OF COMPRESSED WATER DERIVED FROM THE ACOUSTIC DATA |
|
527-530 |
| (PDF, 257K) |
| |
| Kh.D.Tsatsuryan | |
| THE HIGH PRESSURE EQUATION OF STATE OF SEA WATER |
|
531-534 |
| (PDF, 240K) |
| |
| A.A.Danilov, V.N.Kornienko, V.E.Kuryshev | |
| PHASE CONJUGATION IN NON-STATIONARY TASKS OF HYDROACOUSTICS |
|
535-538 |
| (PDF, 178K) |
| |
| V.V.Borodin, A.A.Danilov, V.N.Kornienko | |
| NUMERICAL SIMULATION OF SHORT ACOUSTIC PULSE DIFFRACTION
ON COMPLICATED CONFIGURATION MEDIA |
|
539-541 |
| (PDF, 120K) |
| |
