FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2907441710> ?p ?o ?g. }

• W2907441710 endingPage "3564" @default.
• W2907441710 startingPage "3555" @default.
• W2907441710 abstract "A challenge of broad interest in both materials science and biology is the study of interfaces that are buried within a structure, particularly multilayer structures. Despite the enormous costs of corrosion and many decades of corrosion research, details of the mechanisms of various sorts of corrosion are still not clear, in part due to the difficulty in interrogating the interface between the corroding metal and an organic coating, which is typically used to mitigate corrosion. Generally, the performance of such coatings is evaluated by visual inspection after exposure or by modeling impedance data, which is a process not straightforwardly connected to physical interface structures. Rocking-curve X-ray scattering measurements provide a means of probing such interfaces due to the ability of X-rays to penetrate materials. Here, variations in the morphology of an interface between a protective coating and a metal substrate due to exposure to an electrolyte are derived from analysis of rocking-curve data in conjunction with atomic force microscopy imaging of the outer coating surface. The interfaces of cross-linked epoxy coatings with aluminum are irreversibly changed after 12 h of contact between the electrolyte solution and the face of the coating. The character of this change varies with the molecule used to cross-link the coating. Since X-ray off-specular scattering is sensitive to changes on the nanometer scale, it is also able to register interface degradation on time scales shorter than those probed by many other techniques, potentially expediting the evaluation of coatings for protection against degradation of the interface." @default.
• W2907441710 created "2019-01-11" @default.
• W2907441710 creator A5000830179 @default.
• W2907441710 creator A5001141243 @default.
• W2907441710 creator A5005007341 @default.
• W2907441710 creator A5007969458 @default.
• W2907441710 creator A5031982544 @default.
• W2907441710 creator A5069375863 @default.
• W2907441710 creator A5080982183 @default.
• W2907441710 creator A5002388831 @default.
• W2907441710 date "2018-12-28" @default.
• W2907441710 modified "2023-09-26" @default.
• W2907441710 title "Following the Morphological Disruption by an Electrolyte of a Buried Interface" @default.
• W2907441710 cites W1614403201 @default.
• W2907441710 cites W1973046876 @default.
• W2907441710 cites W1973165091 @default.
• W2907441710 cites W1973295185 @default.
• W2907441710 cites W1973789516 @default.
• W2907441710 cites W1976203806 @default.
• W2907441710 cites W1979577586 @default.
• W2907441710 cites W1999039943 @default.
• W2907441710 cites W1999692521 @default.
• W2907441710 cites W2004121344 @default.
• W2907441710 cites W2008755583 @default.
• W2907441710 cites W2009232366 @default.
• W2907441710 cites W2009578820 @default.
• W2907441710 cites W2013981336 @default.
• W2907441710 cites W2014458639 @default.
• W2907441710 cites W2021445826 @default.
• W2907441710 cites W2025301580 @default.
• W2907441710 cites W2026295918 @default.
• W2907441710 cites W2031310890 @default.
• W2907441710 cites W2031929304 @default.
• W2907441710 cites W2032314094 @default.
• W2907441710 cites W2036082070 @default.
• W2907441710 cites W2046480105 @default.
• W2907441710 cites W2047215411 @default.
• W2907441710 cites W2052746811 @default.
• W2907441710 cites W2056182391 @default.
• W2907441710 cites W2056731708 @default.
• W2907441710 cites W2063930700 @default.
• W2907441710 cites W2068847642 @default.
• W2907441710 cites W2074019261 @default.
• W2907441710 cites W2081897103 @default.
• W2907441710 cites W2084671173 @default.
• W2907441710 cites W2086529087 @default.
• W2907441710 cites W2087011383 @default.
• W2907441710 cites W2087691762 @default.
• W2907441710 cites W2090878780 @default.
• W2907441710 cites W2095126795 @default.
• W2907441710 cites W2097764230 @default.
• W2907441710 cites W2101570278 @default.
• W2907441710 cites W2111872042 @default.
• W2907441710 cites W2134627508 @default.
• W2907441710 cites W2138720208 @default.
• W2907441710 cites W2139881450 @default.
• W2907441710 cites W2153010164 @default.
• W2907441710 cites W2160203169 @default.
• W2907441710 cites W2191134658 @default.
• W2907441710 cites W2464134270 @default.
• W2907441710 cites W2518895967 @default.
• W2907441710 cites W2530327826 @default.
• W2907441710 cites W2551210141 @default.
• W2907441710 cites W2586797343 @default.
• W2907441710 cites W2787950177 @default.
• W2907441710 cites W337299430 @default.
• W2907441710 cites W4236320530 @default.
• W2907441710 cites W4362199171 @default.
• W2907441710 doi "https://doi.org/10.1021/acsami.8b18009" @default.
• W2907441710 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30592199" @default.
• W2907441710 hasPublicationYear "2018" @default.
• W2907441710 type Work @default.
• W2907441710 sameAs 2907441710 @default.
• W2907441710 citedByCount "3" @default.
• W2907441710 countsByYear W29074417102021 @default.
• W2907441710 countsByYear W29074417102022 @default.
• W2907441710 countsByYear W29074417102023 @default.
• W2907441710 crossrefType "journal-article" @default.
• W2907441710 hasAuthorship W2907441710A5000830179 @default.
• W2907441710 hasAuthorship W2907441710A5001141243 @default.
• W2907441710 hasAuthorship W2907441710A5002388831 @default.
• W2907441710 hasAuthorship W2907441710A5005007341 @default.
• W2907441710 hasAuthorship W2907441710A5007969458 @default.
• W2907441710 hasAuthorship W2907441710A5031982544 @default.
• W2907441710 hasAuthorship W2907441710A5069375863 @default.
• W2907441710 hasAuthorship W2907441710A5080982183 @default.
• W2907441710 hasConcept C118381688 @default.
• W2907441710 hasConcept C120665830 @default.
• W2907441710 hasConcept C121332964 @default.
• W2907441710 hasConcept C147789679 @default.
• W2907441710 hasConcept C159985019 @default.
• W2907441710 hasConcept C166595027 @default.
• W2907441710 hasConcept C171250308 @default.
• W2907441710 hasConcept C17525397 @default.
• W2907441710 hasConcept C185592680 @default.
• W2907441710 hasConcept C192562407 @default.
• W2907441710 hasConcept C20625102 @default.
• W2907441710 hasConcept C2781448156 @default.

• next