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Collection of scientific works of Odesa Military Academy № 2 (14) part І 2020
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Pages
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TABLE OF CONTENTS
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WEAPONS AND MILITARY EQUIPMENT (WEQ)
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Title page |
1-4 |
ANALYSIS OF THE POSSIBILITIES OF DETECTING OPTICAL-ELECTRONIC MEANS OF INTELLIGENCE |
5-10 |
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V. Mamich, A. Chkalov, M. Galaktionov, D. Tsaprika |
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USE OF SIMULATION MODELING SYSTEMS FOR DETERMINATION OF APPROPRIATE CHARACTERISTICS OF PROSPECTIVE ARTILLERY WEAPONS |
11-22 |
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I. Petlyuk, Y. Shchavinsky |
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REQUIREMENTS FOR MODERN OPTOELECTRONIC SYSTEM SHORE SELF-PROPELLED ARTILLERY COMPLEX DURING THE AUTONOMOUS COMBAT USE |
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A. Kobzar, Y. Zolotonos |
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UNMANNED IMPACT AVIATION COMPLEX TASKS «BAYRAKTAR TB2» |
34-44 |
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O. Stepanenko, V. Korostelyov, Yu. Sinilo |
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INNOVATIVE DEVELOPMENTS IN THE TECHNOLOGY OF CONSTRUCTION OF SHIPS, BOATS AND SUBMARINS |
45-54 |
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T. Kobzar, O.Savinok, K. Marinicheva |
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COMBINED METHOD FOR DETERMINING THE CURRENT VALUE OF COORDINATES BY A NAVIGATION SYSTEM WITH A RAO-BLACKWELA PARTICLE FILTER |
55-61 |
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O. Semchak |
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FIELD WELDING QUALITY CONTROL |
62-68 |
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V. Bachinskyi, O. Kondratenko, V. Kondratenko, T. Zharun, O. Sokolovskyi |
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METHODS OF DETERMINATION OF INITIAL DATA FOR EVALUATION OF EFFICIENCY OF SEA DEFENSE OF THE SEA COAST |
69-75 |
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O. Semenenko, O. Vodchyts, M. Polivoda, T. Akinina, R. Burtovy |
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METHODOLOGY FOR ASSESSING MILITARY-ECONOMIC EFFICIENCY COMBAT KITS OF ADVANCED ARTILLERY SYSTEMS, WHICH ARE BEING DEVELOPED (MODERNIZED) |
76-80 |
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R. Мuray, O. Lisovyj, O. Rudenko |
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PROCEDURE FOR EXTENDING DURABILITY INDICATORS OF WEAPONS AND MILITARY EQUIPMENT AT THE OPERATION STAGE |
81-91 |
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V. Herasimov, А. Holovan, V. Holovan, A. Mashtaler |
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A MODEL OF A COMBAT TRACKED VEHICLE SIMULATOR AS AN ELEMENT OF AN INTELLIGENT TRAINING SYSTEM |
92-98 |
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M. Pesterev |
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POSSIBILITIES OF APPLICATION OF COMPLETED REALITY TECHNOLOGY DURING MAINTENANCE AND REPAIR OF ARMED TECHNOLOGY |
99-106 |
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M. Kolomiets, I. Bondarev |
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GROUND OF NECESSITY OF UTILIZATION OF EXPLOSIVES |
107-111 |
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M. Sobko, A. Bosyi, А. Malyshkin |
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SUBSTANTIATION OF PRINCIPLES OF STRUCTURE AND EVALUATION OF EFFICIENCY OF PERIMETER SYSTEMS OF PROTECTION OF ARSENALS, BASES AND WAREHOUSES |
112-122 |
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V. Golovan, S. Tarasenko, O. Budur, K. Dekhtyarenko, R. Bubenshchikov |
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SUBSTANTIATION OF THE RECOMMENDATION ON IMPROVEMENT OF TACTICS OF COMBAT APPLICATION OF ROCKET BOATS TAKING INTO ACCOUNT HISTORICAL EXPERIENCE |
123-129 |
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A. Khapov, I. Ovchar |
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MAIN TRENDS IN THE DEVELOPMENT OF MILITARY ENGINEERING MACHINES |
130-139 |
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V. Kuzmenko |
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INCREASE OF EFFICIENCY OF APPLICATION OF MODERN RADIO-LOCATION FACILITIES FOR NAVAL FORCES OF THE ARMED FORCES OF UKRAINE |
140-149 |
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V. Konovets, T. Akinina, V. Kuzmenko, G. Trushkov, T. Perminova, V. Simonenkov |
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APPROACH TO THE UNIFICATION OF MOBILE MAINTENANCE EQUIPMENT AND REPAIR OF ROCKET-ARTILLERY WEAPONS |
150-158 |
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R. Bulhakov, O. Chesnok |
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INCREASING RELIABILITY OF CYLINDER-PISTON GROUP OF LOW-SPEED ENGINES USING PARETO DIAGRAMS |
159-164 |
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V. Kuznetsov |
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THE CONCEPT OF SAFE STORAGE OF ROCKETS AND AMMUNITION |
165-173 |
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M. Petrushenko, O. Budur, P. Bordian, V. Bordian |
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INSTRUMENTAL EQUIPMENT OF MULTISPECTRAL REMOTE GEOMONITORING |
174-181 |
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A. Zubkov, I. Petlyuk, A. Diakov, A. Shcherba, V. Prokopenko, M. Faifura |
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PRINCIPLES OF HYDROBIONICS IN DESIGNING TECHNICAL MEANS |
182-193 |
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E. Marinicheva, O. Savenok, T. Kobzar |
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RECOMMENDATIONS FOR THE PURPOSE OF ARTILLERY SHOOTING TASKS TO HIT HIGHLY MANEFUL TARGETS |
194-201 |
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M. Konvisar, Y. Sinilo |
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METHOD AND DEVICE FOR CONTROLLING LIQUID FUEL CONSUMPTION |
202-214 |
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M. Gorlichenko, M. Drozdov, V. Polyakov |
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PERFECTION OF METHODOLOGY OF ESTIMATION OF EFFICIENCY OF SUBSYSTEM OF EVACUATION OF MATERIAL FACILITIES IN THE SEPARATE MECHANIZED BRIGADE DURING CONDUCT OF BATTLE ACTIONS |
215-221 |
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I. Levchenko, V. Kindrat |
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IMPROVEMENT OF THE 3D MODELING AUTOMATED SYSTEM IN MILITARY EQUIPMENT |
222-227 |
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M. Paskalova |
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Information about authors |
229-233 |