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CONTENTS №5 (May) 2026

Ushanov S. V., Barat V. A., Kacharsky V. D., Elizarov S. V., Lukashev I. A., Aleksandrov A. S. USING CONVOLUTIONAL NEURAL NETWORKS TO DETECT ACOUSTIC EMISSION SIGNALS IN A NOISE BACKGROUND (pp. 4-13)

Naumenko A. P., Kudryavtseva I. S. ABOUT RECOVERY OF SAMPLED ACOUSTIC SIGNALS (pp. 14-32)

Popov A. V., Voloshina V. Yu., Lebedinsky M. S., Krivoshein D. S. DEVELOPMENT OF AUTOMATED SYSTEMS FOR DIAGNOSTIC ASSESSMENT OF COMPLEX TECHNICAL STRUCTURES BASED ON INVARIANTS (pp. 33-38)

Safyanik A. A., Kharebov K. V., Zhivonosovskaya D. M., Mishunin V. S., Suslov A. V. FEATURES OF ACOUSTIC EMISSION CONTROL DURING PNEUMATIC TESTING OF LONG HIGH-PRESSURE CIRCUITS (pp. 39-48)

Rastegaev I. A., Akimov E. G., Shafeev M. R., Rastegaeva I. I., Polunin A. V., Merson D. L., Krishtal M. M. THE RELATIONSHIP BETWEEN THE CHARACTERISTICS OF ACOUSTIC EMISSION IN THE ANODIC AND CATHODIC HALF-PERIODS AND THE TREATMENT MODE UNDER PLASMA-ELECTROLYTIC OXIDATION (pp. 49-59)

Bao F., Bashkov O. V. ACOUSTIC EMISSION: A NEW APPROACH TO THE ANALYSIS OF DISCHARGE MECHANISMS IN MICROARC OXIDATION (pp. 60-67)

Shelobkov V. I., Musatov V. V., Sazonov A. A., Ivanov V. I. DETERMINING THE PARAMETERS OF PIEZOTRANSDUCERS USING THEIR OWN THERMAL NOISE (pp. 68-74)

Miseiko A. N., Medvedev K. A., Mishunin V. S., Zhivosnovskaya D. M., Perov K. A., Bogatov M. V., Kovalev S. A. INVESTIGATION OF THE POSSIBILITIES OF THE ACOUSTIC EMISSION METHOD FOR THE DIAGNOSIS OF FLEXIBLE POLYMER REINFORCED PIPES OF INCOHERENT CONSTRUCTION (pp. 75-84)

Lepsheev E. A., Barat V. A., Elizarov S. V. INVESTIGATION OF ACOUSTIC EMISSION SIGNALS PROPAGATION FEATURES BY THE LAYERWISE METHOD (pp. 85-94)