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| 1 | Dry Gas Seal Systems for Equipment with Slow Shaft Rotation显示文摘 | Krivshich N G Pavlyuk S A Kolesnik S A | 2007 | Chemical and Petroleum Engineering2007，43，： | 1 |
| 2 | Dry gas seal systems for equipment with slow shaft rotation显示文摘 | Krivshich N G Pavlyuk S A Kolesnik S A | 2007 | Chemical and Petroleum Engineering2007，43，1112： | 1 |
| 3 | The Heusler-type alloy MgZn^2Ce 显示文摘 | PAVLYUK V SOLOKHA P DMYTRIV G MARCINIAK B PAUL-BONCOUR V | 2007 | Aeta Crystallographica: Section E2007，63，7： | 1 |
| 4 | Ce2oMglgZn81: A new structure type with a giant cubic cell 显示文摘 | PAVLYUK V SOLOKHA P ZELINSKA O PAUL-BONCOUR V NOWIK ZAJAC A | 2008 | Acta Crystallographiea: Section C2008，64，7： | 1 |
| 5 | Crystallographic investigation of the ternary compounds in the Zr-Li-Si system显示文摘 | ZATORSKA G M DMYTRIV G S PAVLYUK V V DAVYDOV V M BARTOSZAK-ADAMSK E JASKOLSKI M | 2002 | Journal of Light Metals2002，2，2： | 1 |
| 6 | Dry gas seal systems for equipment with slow shaft rotation显示文摘 | N. G. Krivshich S. A. Pavlyuk S. A. Kolesnik D. G. Pshenichnyi | 2007 | Chemical and Petroleum Engineering (-)2007，，11： | 1 |
| 7 | The isothermal section of the La-Ag-Mg phase diagram at 400 C 显示文摘 | Negri S D Solokha P Pavlyuk V | 2011 | Inter- metallics2011，19，： | 1 |
| 8 | Phase equilibria in the Ni-Zn-Ge ternary system at 570 K 显示文摘 | Chumak I Pavlyuk V Dmytriv G | 2005 | Intermetallics2005，13，： | 1 |
| 9 | Meiobenthos in estuary part of Ha Long Bay (Gulf of Tonkin, South China Sea, Viemam)显示文摘 | PAVLYUK O TREBUKHOVA Y THANH N V | 2008 | Ocean Sci J2008，43，3： | 1 |
| 10 | New Crystalline Lasers on the Base of Monoclinic KR(W04)2:Ln3+ Tungstates (R=Y and Ln)显示文摘 | Alexander A. Kaminskii Ludmila Li Andre V. Butashin Vladimir S. Mironov Alexsei A. Pavlyuk Sergey N. Bagayev Ken-ichi Ueda | 1997 | Optical Review1997，，2： | 1 |
| 11 | Germanium Thermistor显示文摘 | Sergiy P. Pavlyuk Valerii I. Grygoruk Larisa V. Ishchuk Olena S. Oberemok | 2016 | Journal of Electrical Engineering2016，4，1： | 0 |
| 12 | Taxonomic Composition and Spatial Distribution of Meiofauna Community from a Sandy Intertidal Zone in Sishili Bay, Yellow Sea Coast (Northern China)显示文摘The meiofauna composition and trophic groups of the nematode communities have been studied at a sandy intertidal zone in Sishili Bay along the Yantai coast(Yellow Sea,China).Nematoda was dominant among the 11 groups of meiofauna.The meiofaunal densities were low,ranging between 111±47 and 542±131 ind./10 cm^(2).Results obtained from the correlation analysis made it possible to determine several factors that influence species composition and distribution.Generally,sediment granulometry significantly affected the communities.The highest abundance was found in fine-grained sediments(318.77±126 ind./10 cm^(2))com-pared to coarse-grained sediments(175±82 ind./10 cm2).Nematodes were predominant in all studied sites.A total of 70 species be-longing to 52 genera and 18 families were identified in the study area.There was a significant difference in nematode abundance(ANOVA,F=2.38,P<0.05)between the three sites.Nematode communities were characterized by a high level of species diversity in sediments composed mainly of very-fine sands(>63μm),with dominant species belonging to the genus Bathylaimus,Ptycho-laimellus,Spirinia,and Sabatieria.The trophic groups were dominated by non-selective deposit feeders(40.7%)and epistrate feed-ers(41.29%).In contrast,the species composition in medium grain sands was characterized by a low species diversity index and a high Simpson dominance index.Nematode communities showed similar dominant species compositions belonging to a single genus Bathylaimus,Enoplolaimus,and Oncholaimus,and in terms of trophic structure-representatives of deposit feeders(46.15%),preda-tors,and omnivores(64.71%)prevailed.The divergence of meiofaunal community structures can be explained by abiotic factors such as sediment grain size,salinity,and organic carbon content.Specifically,sediment particle size can explain the diversity of nematodes at the level of in abundance,diversity indices,and trophic structure.The highest nematode density and diversity coincided with the highest percentage of very fine sands. | PAVLYUK Olga N TREBUKHOVA Yulia A SHCHERBAKOV Ilya A TARASOVA Tatiana S LUTAENKO Konstantin A CHEN Linlin SONG Bo LI Xiaojing LI Baoquan | 2022 | Journal of Ocean University of China2022，21，5： | 0 |
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