FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4311407956> ?p ?o ?g. }

• W4311407956 endingPage "404" @default.
• W4311407956 startingPage "391" @default.
• W4311407956 abstract "It is known that the addition of a small amount of carbon nanomaterials significantly improves the mechanical properties of composites with a metal matrix. One of the most important, promising and available metals as a matrix for such modification is aluminum. However, at the interface between the carbon material and Al, aluminum carbides of different composition are formed, which are brittle and have the main disadvantage - solubility in water. Therefore, the appearance of aluminum carbide is a serious problem, since it contributes to the formation of defects, which, when the composite is deformed, leads to cracking of the composite due to the presence of microneedles. In this regard, in order to predict the features of the interaction of aluminum itself with the surface of carbon nanomaterials, it is advisable to model such processes using quantum chemistry methods. The aim of the work was to reveal the effect of temperature on the chemical interaction of aluminum clusters with native, boron-, silicon-, and nitrogen-containing graphene-like planes (GLP). All the calculated by three methods (B3LYP/6-31G(d,p), MP2/6-31G(d,p) and PВЕ0/6-31G(d,p)) values of the dependence of the Gibbs free energy on temperature for different cluster sizes of aluminum and graphene-like clusters are the highest for native graphene-like planes. In all cases, the values of the Gibbs free energy increase with temperature. The lowest values of the temperature dependence of the Gibbs free energy vary as dependent on the size of the reactant models and research methods, this is especially characteristic of the presence of boron and silicon atoms in the graphene-like clusters. Therefore, the absence of heteroatoms in the composition of the nanocarbon matrix contributes to the fact that aluminum carbide islands should not be formed in the carbon-containing nanocomposite with aluminum, which negatively affects the physical and chemical characteristics of the resulting nanocomposite." @default.
• W4311407956 created "2022-12-26" @default.
• W4311407956 creator A5013288848 @default.
• W4311407956 creator A5030212651 @default.
• W4311407956 creator A5031633556 @default.
• W4311407956 creator A5036675979 @default.
• W4311407956 creator A5056576039 @default.
• W4311407956 creator A5059355787 @default.
• W4311407956 creator A5066733206 @default.
• W4311407956 creator A5067494378 @default.
• W4311407956 creator A5070624358 @default.
• W4311407956 creator A5083653423 @default.
• W4311407956 date "2022-12-30" @default.
• W4311407956 modified "2023-09-30" @default.
• W4311407956 title "A theoretical study on the effect of heteroatoms (N, B, Si) on the interaction of aluminum clusters with a carbon graphene-like plane" @default.
• W4311407956 cites W1964629910 @default.
• W4311407956 cites W1970986429 @default.
• W4311407956 cites W1974667766 @default.
• W4311407956 cites W1982667399 @default.
• W4311407956 cites W1984316414 @default.
• W4311407956 cites W1996109386 @default.
• W4311407956 cites W1998422375 @default.
• W4311407956 cites W2000500972 @default.
• W4311407956 cites W2010971702 @default.
• W4311407956 cites W2014935324 @default.
• W4311407956 cites W2017946576 @default.
• W4311407956 cites W2023271753 @default.
• W4311407956 cites W2029445495 @default.
• W4311407956 cites W2040299774 @default.
• W4311407956 cites W2052368681 @default.
• W4311407956 cites W2080372576 @default.
• W4311407956 cites W2087004600 @default.
• W4311407956 cites W2094392643 @default.
• W4311407956 cites W2130085542 @default.
• W4311407956 cites W2133649736 @default.
• W4311407956 cites W2143981217 @default.
• W4311407956 cites W2161630654 @default.
• W4311407956 cites W2239749925 @default.
• W4311407956 cites W2288139906 @default.
• W4311407956 cites W2464054196 @default.
• W4311407956 cites W2473420582 @default.
• W4311407956 cites W2508517229 @default.
• W4311407956 cites W2605794696 @default.
• W4311407956 cites W2775757059 @default.
• W4311407956 cites W2793713866 @default.
• W4311407956 cites W2887896733 @default.
• W4311407956 cites W2903098278 @default.
• W4311407956 cites W2922509698 @default.
• W4311407956 cites W2946488642 @default.
• W4311407956 cites W2954882428 @default.
• W4311407956 cites W2965247911 @default.
• W4311407956 cites W2982118013 @default.
• W4311407956 cites W2995078895 @default.
• W4311407956 cites W3002680360 @default.
• W4311407956 cites W3004488229 @default.
• W4311407956 cites W3014525747 @default.
• W4311407956 cites W3017260797 @default.
• W4311407956 cites W3022650069 @default.
• W4311407956 cites W3047845344 @default.
• W4311407956 cites W3081147714 @default.
• W4311407956 cites W3119624744 @default.
• W4311407956 cites W3121153396 @default.
• W4311407956 cites W3163365839 @default.
• W4311407956 cites W3166924497 @default.
• W4311407956 cites W3180058769 @default.
• W4311407956 cites W3181401152 @default.
• W4311407956 cites W3208653521 @default.
• W4311407956 cites W4205825814 @default.
• W4311407956 cites W4207020577 @default.
• W4311407956 cites W4213352914 @default.
• W4311407956 cites W4220806784 @default.
• W4311407956 cites W4220924828 @default.
• W4311407956 cites W4226267450 @default.
• W4311407956 cites W4229439964 @default.
• W4311407956 cites W4244612140 @default.
• W4311407956 cites W4281679599 @default.
• W4311407956 doi "https://doi.org/10.15407/hftp13.04.391" @default.
• W4311407956 hasPublicationYear "2022" @default.
• W4311407956 type Work @default.
• W4311407956 citedByCount "0" @default.
• W4311407956 crossrefType "journal-article" @default.
• W4311407956 hasAuthorship W4311407956A5013288848 @default.
• W4311407956 hasAuthorship W4311407956A5030212651 @default.
• W4311407956 hasAuthorship W4311407956A5031633556 @default.
• W4311407956 hasAuthorship W4311407956A5036675979 @default.
• W4311407956 hasAuthorship W4311407956A5056576039 @default.
• W4311407956 hasAuthorship W4311407956A5059355787 @default.
• W4311407956 hasAuthorship W4311407956A5066733206 @default.
• W4311407956 hasAuthorship W4311407956A5067494378 @default.
• W4311407956 hasAuthorship W4311407956A5070624358 @default.
• W4311407956 hasAuthorship W4311407956A5083653423 @default.
• W4311407956 hasBestOaLocation W43114079561 @default.
• W4311407956 hasConcept C104779481 @default.
• W4311407956 hasConcept C121332964 @default.
• W4311407956 hasConcept C138631740 @default.
• W4311407956 hasConcept C140205800 @default.
• W4311407956 hasConcept C146477669 @default.
• W4311407956 hasConcept C147789679 @default.

• next