FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3044851908> ?p ?o ?g. }

• W3044851908 endingPage "225" @default.
• W3044851908 startingPage "213" @default.
• W3044851908 abstract "The widespread use of water-repellent superhydrophobic surfaces is limited by the inherent fragility of their micro- and nanoscale roughness, which is prone to damage and degradation. Here, we report a non-fluorinated volumetric superhydrophobic nanocomposites that demonstrate mechanochemical robustness. The nanocomposites are produced through the addition of microscale diatomaceous earth and nanoscale fumed silica particles to high-temperature vulcanized silicone rubber. The water-repellency of the surface and bulk of nanocomposites having 120 phr of filler was determined based on the water contact angle and contact angle hysteresis. We compared the water-repellency of nanocomposites of differing diatomaceous earth to fumed silica mass ratios. Increasing the amount of diatomaceous earth enhanced the water-repellency of the nanocomposite surface, whereas an increased amount of fumed silica improved the water-repellency of the bulk material. Moreover, increasing the diatomaceous earth/fumed silica mass ratio improved the cross-linking density and hardness values of the nanocomposite. Despite being subjected to a range of mechanical durability tests, including sandpaper abrasion, knife scratching, tape peeling, water jet impact, and sandblasting, the nanocomposite maintained a water contact angle of 163° and contact angle hysteresis of 2°. When the water-repellency of the prepared nanocomposites eventually deteriorated, we restored their superhydrophobicity by removing the upper surface of the nanocomposite. This extraordinary robustness stems from the embedded low surface energy micro/nanostructures distributed throughout the nanocomposite. We also demonstrated the chemical stability, UV resistance, and self-cleaning abilities of the nanocomposite to illustrate the potential for real-life applications of this material." @default.
• W3044851908 created "2020-07-29" @default.
• W3044851908 creator A5016050462 @default.
• W3044851908 creator A5051628673 @default.
• W3044851908 creator A5051983780 @default.
• W3044851908 date "2021-03-01" @default.
• W3044851908 modified "2023-10-16" @default.
• W3044851908 title "A non-fluorinated mechanochemically robust volumetric superhydrophobic nanocomposite" @default.
• W3044851908 cites W1909342422 @default.
• W3044851908 cites W1967542656 @default.
• W3044851908 cites W1967913182 @default.
• W3044851908 cites W1983970384 @default.
• W3044851908 cites W2009080093 @default.
• W3044851908 cites W2024253743 @default.
• W3044851908 cites W2037863334 @default.
• W3044851908 cites W2040604404 @default.
• W3044851908 cites W2047930255 @default.
• W3044851908 cites W2060259168 @default.
• W3044851908 cites W2079205745 @default.
• W3044851908 cites W2086866813 @default.
• W3044851908 cites W2101693321 @default.
• W3044851908 cites W2101723279 @default.
• W3044851908 cites W2155562086 @default.
• W3044851908 cites W2164176940 @default.
• W3044851908 cites W2171501621 @default.
• W3044851908 cites W2249653851 @default.
• W3044851908 cites W2330766406 @default.
• W3044851908 cites W2335259209 @default.
• W3044851908 cites W2341228005 @default.
• W3044851908 cites W2470078707 @default.
• W3044851908 cites W2471865066 @default.
• W3044851908 cites W2550787310 @default.
• W3044851908 cites W2557619751 @default.
• W3044851908 cites W2567341096 @default.
• W3044851908 cites W2591778097 @default.
• W3044851908 cites W2593031146 @default.
• W3044851908 cites W2763184472 @default.
• W3044851908 cites W2768571241 @default.
• W3044851908 cites W2769467268 @default.
• W3044851908 cites W2771724465 @default.
• W3044851908 cites W2774979804 @default.
• W3044851908 cites W2781403174 @default.
• W3044851908 cites W2784252080 @default.
• W3044851908 cites W2790423412 @default.
• W3044851908 cites W2795899419 @default.
• W3044851908 cites W2807168691 @default.
• W3044851908 cites W2841496913 @default.
• W3044851908 cites W2884441614 @default.
• W3044851908 cites W2891844302 @default.
• W3044851908 cites W2899569021 @default.
• W3044851908 cites W2906175719 @default.
• W3044851908 cites W2906327515 @default.
• W3044851908 cites W2908188862 @default.
• W3044851908 cites W2909014695 @default.
• W3044851908 cites W2922371027 @default.
• W3044851908 cites W2927825506 @default.
• W3044851908 cites W2947116097 @default.
• W3044851908 cites W2953730635 @default.
• W3044851908 cites W2966898898 @default.
• W3044851908 cites W2972795729 @default.
• W3044851908 cites W2973218001 @default.
• W3044851908 cites W2977064114 @default.
• W3044851908 cites W92223571 @default.
• W3044851908 doi "https://doi.org/10.1016/j.jmst.2020.06.029" @default.
• W3044851908 hasPublicationYear "2021" @default.
• W3044851908 type Work @default.
• W3044851908 sameAs 3044851908 @default.
• W3044851908 citedByCount "13" @default.
• W3044851908 countsByYear W30448519082021 @default.
• W3044851908 countsByYear W30448519082022 @default.
• W3044851908 countsByYear W30448519082023 @default.
• W3044851908 crossrefType "journal-article" @default.
• W3044851908 hasAuthorship W3044851908A5016050462 @default.
• W3044851908 hasAuthorship W3044851908A5051628673 @default.
• W3044851908 hasAuthorship W3044851908A5051983780 @default.
• W3044851908 hasConcept C159985019 @default.
• W3044851908 hasConcept C171250308 @default.
• W3044851908 hasConcept C192562407 @default.
• W3044851908 hasConcept C508816927 @default.
• W3044851908 hasConcept C92880739 @default.
• W3044851908 hasConceptScore W3044851908C159985019 @default.
• W3044851908 hasConceptScore W3044851908C171250308 @default.
• W3044851908 hasConceptScore W3044851908C192562407 @default.
• W3044851908 hasConceptScore W3044851908C508816927 @default.
• W3044851908 hasConceptScore W3044851908C92880739 @default.
• W3044851908 hasFunder F4320334593 @default.
• W3044851908 hasLocation W30448519081 @default.
• W3044851908 hasOpenAccess W3044851908 @default.
• W3044851908 hasPrimaryLocation W30448519081 @default.
• W3044851908 hasRelatedWork W1972304764 @default.
• W3044851908 hasRelatedWork W2027488197 @default.
• W3044851908 hasRelatedWork W2040835753 @default.
• W3044851908 hasRelatedWork W2170022756 @default.
• W3044851908 hasRelatedWork W2322906071 @default.
• W3044851908 hasRelatedWork W2339889154 @default.
• W3044851908 hasRelatedWork W2801571697 @default.
• W3044851908 hasRelatedWork W2803573542 @default.
• W3044851908 hasRelatedWork W2901446650 @default.

• next