FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2995638484> ?p ?o ?g. }

• W2995638484 endingPage "123813" @default.
• W2995638484 startingPage "123813" @default.
• W2995638484 abstract "Graphene-modified polymer-based silica aerogels (G-PSAs) are an emerging class of multifunctional material, receiving a lot of attention for a wide range of applications such as sensors, drug-delivery, and tissue-engineering. The bimodal mesoporous structure of G-PSAs is dictated during the gelation process, and it can be tailored by optimizing material and processing parameters. In this study, the main focus is to investigate the mechanism for the formation of the structure that furnished the aerogels with unique pore structures and superb mechanical properties. The dynamic structures along the fabrication process were assessed using advanced techniques such as rheometry, dynamic light scattering (DLS), small-angle X-ray scattering (SAXS) and pore-structure-analyzer. DLS and SAXS results support the notion that the gelation of polyvinyltrimethoxysilane (P-VTMS) yields a nonparticulate structure. A chemically induced spinodal decomposition phase separation was found to explain the collected data. The mass fractal dimension was found to be 1.8, confirming that the percolation theory cannot be used to describe the gelation of both neat P-VTMS and Graphene-modified P-VTMS. The findings showed that, while adding GO to the formulation does not change the stoichiometric ratio of the gelation reaction, it creates spatial hindrance that interferes with the reaction process, delaying the gelation process. Conversely, GnP provides a platform for the reaction that promotes the gelation process. However, GO and GnP shows similar effects on bimodal mesoporous structure of aerogels although provides dramatically different surface areas. This dramatic difference roots in the open pore structure induced by GnP in P-VTMS aerogels. The strategy of nanoplatelets exfoliation during the sol–gel transition by controlling pH opens a new avenue for producing G-PSAs with an exceptionally high surface area (up to ~2100 m2.g−1)." @default.
• W2995638484 created "2019-12-26" @default.
• W2995638484 creator A5003829662 @default.
• W2995638484 creator A5007376519 @default.
• W2995638484 creator A5011007277 @default.
• W2995638484 creator A5030937652 @default.
• W2995638484 date "2020-07-01" @default.
• W2995638484 modified "2023-10-14" @default.
• W2995638484 title "Insights into in-situ sol-gel conversion in graphene modified polymer-based silica gels for multifunctional aerogels" @default.
• W2995638484 cites W1135937961 @default.
• W2995638484 cites W143171804 @default.
• W2995638484 cites W15494983 @default.
• W2995638484 cites W1634827662 @default.
• W2995638484 cites W166225498 @default.
• W2995638484 cites W1936473049 @default.
• W2995638484 cites W1979316629 @default.
• W2995638484 cites W1980187114 @default.
• W2995638484 cites W1981522763 @default.
• W2995638484 cites W1982177232 @default.
• W2995638484 cites W1982506260 @default.
• W2995638484 cites W1982943353 @default.
• W2995638484 cites W1985071963 @default.
• W2995638484 cites W1985627665 @default.
• W2995638484 cites W1993086793 @default.
• W2995638484 cites W1996875494 @default.
• W2995638484 cites W1997118039 @default.
• W2995638484 cites W1999535575 @default.
• W2995638484 cites W2001097176 @default.
• W2995638484 cites W2001598081 @default.
• W2995638484 cites W2006882080 @default.
• W2995638484 cites W2009362897 @default.
• W2995638484 cites W2010247061 @default.
• W2995638484 cites W2010671046 @default.
• W2995638484 cites W2019702852 @default.
• W2995638484 cites W2024389363 @default.
• W2995638484 cites W2024580188 @default.
• W2995638484 cites W2037134957 @default.
• W2995638484 cites W2042647389 @default.
• W2995638484 cites W2048807294 @default.
• W2995638484 cites W2058512563 @default.
• W2995638484 cites W2065994152 @default.
• W2995638484 cites W2069329936 @default.
• W2995638484 cites W2077497579 @default.
• W2995638484 cites W2078055327 @default.
• W2995638484 cites W2092488274 @default.
• W2995638484 cites W2093583235 @default.
• W2995638484 cites W2097005980 @default.
• W2995638484 cites W2108682387 @default.
• W2995638484 cites W2110203233 @default.
• W2995638484 cites W2118524778 @default.
• W2995638484 cites W2128697589 @default.
• W2995638484 cites W2131933858 @default.
• W2995638484 cites W2142184020 @default.
• W2995638484 cites W2146821251 @default.
• W2995638484 cites W2152777403 @default.
• W2995638484 cites W2160332840 @default.
• W2995638484 cites W2162810469 @default.
• W2995638484 cites W2177362311 @default.
• W2995638484 cites W2312821073 @default.
• W2995638484 cites W2330420417 @default.
• W2995638484 cites W2331460309 @default.
• W2995638484 cites W2406732376 @default.
• W2995638484 cites W2410286505 @default.
• W2995638484 cites W2520474974 @default.
• W2995638484 cites W2590863660 @default.
• W2995638484 cites W2790616641 @default.
• W2995638484 cites W2796003165 @default.
• W2995638484 cites W2802297229 @default.
• W2995638484 cites W2804141785 @default.
• W2995638484 cites W2806209266 @default.
• W2995638484 cites W2809803029 @default.
• W2995638484 cites W2891807040 @default.
• W2995638484 cites W2896129922 @default.
• W2995638484 cites W2900687657 @default.
• W2995638484 cites W2903537339 @default.
• W2995638484 cites W2903564513 @default.
• W2995638484 cites W2911466737 @default.
• W2995638484 cites W2911849769 @default.
• W2995638484 cites W2914350222 @default.
• W2995638484 cites W2936236562 @default.
• W2995638484 cites W2938572437 @default.
• W2995638484 cites W4236139928 @default.
• W2995638484 cites W4361806932 @default.
• W2995638484 cites W580832015 @default.
• W2995638484 doi "https://doi.org/10.1016/j.cej.2019.123813" @default.
• W2995638484 hasPublicationYear "2020" @default.
• W2995638484 type Work @default.
• W2995638484 sameAs 2995638484 @default.
• W2995638484 citedByCount "26" @default.
• W2995638484 countsByYear W29956384842020 @default.
• W2995638484 countsByYear W29956384842021 @default.
• W2995638484 countsByYear W29956384842022 @default.
• W2995638484 countsByYear W29956384842023 @default.
• W2995638484 crossrefType "journal-article" @default.
• W2995638484 hasAuthorship W2995638484A5003829662 @default.
• W2995638484 hasAuthorship W2995638484A5007376519 @default.
• W2995638484 hasAuthorship W2995638484A5011007277 @default.
• W2995638484 hasAuthorship W2995638484A5030937652 @default.

• next