期刊


ISSN0957-798X
刊名The Paton Welding Journal
参考译名派顿焊接杂志
收藏年代2009～2024



全部

2009 2010 2011 2012 2013 2014
2015 2016 2017 2018 2019 2020
2021 2022 2023 2024

2022, no.1 2022, no.10 2022, no.11 2022, no.12 2022, no.2 2022, no.3
2022, no.4 2022, no.5 2022, no.6 2022, no.7 2022, no.8 2022, no.9

题名作者出版年年卷期
INFLUENCE OF THE PARAMETERS OF THE PROCESS OF PLASMA-ARC SPHEROIDIZATION OF CURRENT-CONDUCTING WIRE FROM LOW-CARBON STEEL ON THE GRANULOMETRIC COMPOSITION OF THE PRODUCED POWDERSD. V. Strogonov; V. M. Korzhyk; Yi Jianglong; A. Yu. Tunik; O. M. Burlachenko; A. O. Alyoshyn20222022, no.9
HIGH PERFORMANCE EQUIPMENT FOR TANDEM MMA WELDING (SURFACING)M. P. Drachenko; O. E. Korotynskyi20222022, no.9
MICROPLASMA SPRAYING OF COATINGS USING ZIRCONIUM WIRES. G. Voinarovych; D. L. Alontseva; O. M. Kyslytsia; S. M. Kaliuzhnyi; T. V. Tsymbalista; M. M. Dyman20222022, no.9
MATHEMATICAL MODEL OF DETERMINATION OF RESIDUAL STRESSES AND STRAINS IN FRICTION STIR WELDING OF ALUMINIUM ALLOYB. R. Tsaryk; O. F. Muzhychenko; O. V. Makhnenko20222022, no.9
CHEMICAL OVERLAP WELDING OF EPOXY VITREMERS AND THEIR NANOCOMPOSITESA. V. Vashchuk; S. I. Motrunich; V. L. Demchenko; M. V. Iurzhenko; M. O. KovaIchuk; E. P. Mamunya20222022, no.9
INFLUENCE OF HEAT TREATMENT OF SPECIMENS FROM Ti6A14V MANUFACTURED BY THE TECHNOLOGY OF SELECTIVE LASER MELTING ON STRUCTURE AND MECHANICAL PROPERTIESS. V. Adzhamskyi; G. A. Kononenko; V. R. Podolskyi20222022, no.9
INFLUENCE OF PARAMETERS OF MAGNETRON SPUTTERING PROCESS ON PHASE COMPOSITION AND STRUCTURE OF CARBON NITRIDE COATINGSYu. S. Borysov; O. V. Volos; N. V. Vihilianska; V. G. Zadoya; V. V. Strelchuk20222022, no.9
INFLUENCE OF INOCULANTS ON THE FEATURES OF WELD STRUCTURE FORMATION IN LOW-ALLOYED STEELS (REVIEW)V. V. Holovko20222022, no.9
INFLUENCE OF ELECTRODE SHAPE ON STRESS-STRAIN STATE OF AMg6 ALLOY DURING ITS ELECTRODYNAMIC TREATMENTL. M. Lobanov; M. O. Pashchyn; O. L. Mikhodui; A. A. Grynyuk; P. V. Honcharov; A. O. Alyoshyn; T. G. Solomiychuk; Yu. M. Sydorenko; P. R. Ustymenko; Yuhui Yao20222022, no.9
EVALUATION OF BRITTLE FRACTURE RESISTANCE OF WWER-1000 REACTOR BAFFLE DURING LONG-TERM SERVICE, TAKING INTO ACCOUNT THE RESIDUAL TECHNOLOGICAL STRESSESO. V. Makhnenko; S. M. Kandala20222022, no.8
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