FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2323744606> ?p ?o ?g. }

• W2323744606 endingPage "8701" @default.
• W2323744606 startingPage "8691" @default.
• W2323744606 abstract "The complexity of the mechanical behavior of filled elastomers can be partly attributed to the fact that the duration of an applied strain plays a crucial role. In order to bring new insights into this still incompletely solved problem, we look for relationships between the macroscopic mechanical relaxation and the relaxation of the filler particles at the nano- to mesoscale. To this end, X-ray photon correlation spectroscopy (XPCS) in homodyne and heterodyne configurations combined with tensile stress relaxation is employed. The paper is devoted to the study of the role of the filler–filler and the filler–matrix interactions in a cross-linked elastomer on the aging mechanisms under strain. The fillers investigated are carbon black, as an example of strong filler–matrix interactions, and hydroxylated silica for which the filler–filler interaction is strong (H-bonds). Homodyne XPCS correlation reveals features of jammed systems (compressed exponential and ballistic motion) for both systems. The exponents characterizing the aging of the homodyne relaxation times are not the same in the carbon black and in the silica filled samples. For both systems, the decrease of the particle velocity determined by heterodyne detection with aging time follows a power law. The silica sample is characterized by a slow decrease of the velocity during aging. For the carbon black sample, the velocity remains small and decreases faster than for the silica sample. The reverse is observed for the behavior of the tensile force." @default.
• W2323744606 created "2016-06-24" @default.
• W2323744606 creator A5015058816 @default.
• W2323744606 creator A5016146896 @default.
• W2323744606 creator A5023526963 @default.
• W2323744606 creator A5044541134 @default.
• W2323744606 creator A5062417449 @default.
• W2323744606 creator A5071821634 @default.
• W2323744606 creator A5084382627 @default.
• W2323744606 creator A5086247846 @default.
• W2323744606 date "2012-10-16" @default.
• W2323744606 modified "2023-10-16" @default.
• W2323744606 title "XPCS Investigation of the Dynamics of Filler Particles in Stretched Filled Elastomers" @default.
• W2323744606 cites W1968629305 @default.
• W2323744606 cites W1970957620 @default.
• W2323744606 cites W1974709312 @default.
• W2323744606 cites W1979659872 @default.
• W2323744606 cites W1980405835 @default.
• W2323744606 cites W1985056742 @default.
• W2323744606 cites W1987618897 @default.
• W2323744606 cites W1988243818 @default.
• W2323744606 cites W1989232496 @default.
• W2323744606 cites W1989395483 @default.
• W2323744606 cites W1993638870 @default.
• W2323744606 cites W1997247598 @default.
• W2323744606 cites W1998360600 @default.
• W2323744606 cites W2000360943 @default.
• W2323744606 cites W2003871518 @default.
• W2323744606 cites W2005116886 @default.
• W2323744606 cites W2009373118 @default.
• W2323744606 cites W2011979463 @default.
• W2323744606 cites W2017138309 @default.
• W2323744606 cites W2019993466 @default.
• W2323744606 cites W2023823763 @default.
• W2323744606 cites W2026873629 @default.
• W2323744606 cites W2031870702 @default.
• W2323744606 cites W2035882277 @default.
• W2323744606 cites W2038522711 @default.
• W2323744606 cites W2039637648 @default.
• W2323744606 cites W2040124111 @default.
• W2323744606 cites W2046429008 @default.
• W2323744606 cites W2047509654 @default.
• W2323744606 cites W2049337432 @default.
• W2323744606 cites W2054997426 @default.
• W2323744606 cites W2057473899 @default.
• W2323744606 cites W2057579291 @default.
• W2323744606 cites W2061069368 @default.
• W2323744606 cites W2061639293 @default.
• W2323744606 cites W2062501217 @default.
• W2323744606 cites W2070019262 @default.
• W2323744606 cites W2079546983 @default.
• W2323744606 cites W2079576148 @default.
• W2323744606 cites W2082736419 @default.
• W2323744606 cites W2083851006 @default.
• W2323744606 cites W2087533048 @default.
• W2323744606 cites W2089604537 @default.
• W2323744606 cites W2091036234 @default.
• W2323744606 cites W2094051528 @default.
• W2323744606 cites W2094908633 @default.
• W2323744606 cites W2099166527 @default.
• W2323744606 cites W2128487992 @default.
• W2323744606 cites W2145026891 @default.
• W2323744606 cites W2146730044 @default.
• W2323744606 cites W2213768561 @default.
• W2323744606 cites W2421455258 @default.
• W2323744606 cites W2949359990 @default.
• W2323744606 cites W2963558944 @default.
• W2323744606 cites W3103257251 @default.
• W2323744606 cites W4301231065 @default.
• W2323744606 doi "https://doi.org/10.1021/ma3013674" @default.
• W2323744606 hasPublicationYear "2012" @default.
• W2323744606 type Work @default.
• W2323744606 sameAs 2323744606 @default.
• W2323744606 citedByCount "43" @default.
• W2323744606 countsByYear W23237446062013 @default.
• W2323744606 countsByYear W23237446062014 @default.
• W2323744606 countsByYear W23237446062015 @default.
• W2323744606 countsByYear W23237446062016 @default.
• W2323744606 countsByYear W23237446062017 @default.
• W2323744606 countsByYear W23237446062018 @default.
• W2323744606 countsByYear W23237446062019 @default.
• W2323744606 countsByYear W23237446062020 @default.
• W2323744606 countsByYear W23237446062021 @default.
• W2323744606 countsByYear W23237446062022 @default.
• W2323744606 countsByYear W23237446062023 @default.
• W2323744606 crossrefType "journal-article" @default.
• W2323744606 hasAuthorship W2323744606A5015058816 @default.
• W2323744606 hasAuthorship W2323744606A5016146896 @default.
• W2323744606 hasAuthorship W2323744606A5023526963 @default.
• W2323744606 hasAuthorship W2323744606A5044541134 @default.
• W2323744606 hasAuthorship W2323744606A5062417449 @default.
• W2323744606 hasAuthorship W2323744606A5071821634 @default.
• W2323744606 hasAuthorship W2323744606A5084382627 @default.
• W2323744606 hasAuthorship W2323744606A5086247846 @default.
• W2323744606 hasBestOaLocation W23237446062 @default.
• W2323744606 hasConcept C112950240 @default.
• W2323744606 hasConcept C149912024 @default.
• W2323744606 hasConcept C15744967 @default.

• next