期刊


ISSN0032-4795
刊名Порошковая Металлургия
参考译名粉末冶金学
收藏年代2000～2023



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2020, no.1/2 2020, no.11/12 2020, no.3/4 2020, no.5/6 2020, no.7/8 2020, no.9/10

题名作者出版年年卷期
EFFECT OF VARIOUS ADDITIVES ON THE HYDROLYSIS PERFORMANCE OF NANOSTRUCTURED MgH_2 SYNTHESIZED BY HIGH-ENERGY BALL MILLING IN HYDROGEND. S. Korablov; O. V. Bezdorozhev; S. Gierlotka; V. A. Yartys; Yu. M. Solonin20202020, no.9/10
STRUCTURAL AND ELECTRICAL PROPERTIES OF MAGNESIUM-DOPED CoFe_2O_4D. Mohanty; A. U. Naik; P. K. Nayak; Banarji Behera; S. K. Satpathy20202020, no.9/10
EFFECT OF TiB_2 ON THE PHASE COMPOSITION, MICROSTRUCTURE, AND TRIBOLOGICAL PROPERTIES OF AICoCrFeNi/TiB_2 COMPOSITESJ. G. Kang; B. T. Yang; J. C. Wei20202020, no.9/10
MODELING OF MULTIMODULUS ELASTIC BEHAVIOR OF DAMAGED POWDER MATERIALS USING COMPUTATIONAL MICROMECHANICSA. V. Kuzmov; O. V. Vdovychenko; M. B. Shtern; O. G. Kirkova20202020, no.9/10
NANOSTRUCTURED CARBON FIBER MODIFIED BY SILVER NANOPARTICLES FOR THE MEDICAL APPLICATIONV. P. Sergeev; O. B. Loginova; L. D. Kisterska; N. V. Boshytska; V. D. Clipov20202020, no.9/10
POLYMER MATERIALS REINFORCED WITH SILICON NITRIDE CERAMIC PARTICLES FOR 3D PRINTINGO. B. Zgalat-Lozynskyy; O. O. Matviichuk; O. I. Tolochyn; O. V. levdokymova; N. O. Zgalat-Lozynska; V. I. Zakiev20202020, no.9/10
WEAR-RESISTANT TICN-BASED CERAMIC MATERIALS FOR HIGH-LOAD FRICTION UNITSO. N. Grigoriev; P. V. Mazur; I. P. Neshpor; T. V. Mosina; M. D. Bega; V. T. Varchenko; D. V. Vedel; V. P. Konoval; A. I. Dukhota; V. V. Kharchenko; Junhu Meng; Junyang Zhang20202020, no.9/10
TITANIUM-DOPED POWDER COATINGS WITH A TiN LAYER ON 9KhS STEEL AND VK8 HARDMETAL SUBSTRATESV. G. Khizhnyak; T. V. Loskutova; G. Yu. Kalashnikov; I. S. Pogrebova; O. I. Dudka20202020, no.9/10
HIGH-ENTROPY CERAMICS FOR THERMAL BARRIER COATINGS PRODUCED FROM ZrO_2 DOPED WITH RARE-EARTH METAL OXIDESO. V. Dudnik; S. M. Lakiza; I. M. Grechanyuk; V. P. Red'ko; M. S. Glabay; V. B. Shmibelsky; I. O. Marek; A. K. Ruban; M. I. Grechanyuk20202020, no.9/10
THE Co-Ni-Zr PHASE DIAGRAM IN THE Zr-ZrCo-ZrNi REGION I. PHASE EQUILIBRIA IN THE Zr-ZrCo-ZrNi SYSTEM AT SUBSOLIDUS TEMPERATURE, 900℃, AND 800℃O. L. Semenova; V. M. Petykh; O. S. Fomichov20202020, no.9/10
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