FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2592443077> ?p ?o ?g. }

• W2592443077 abstract "Metal‐organic gels (MOGs) appear as a blooming alternative to well‐known metal‐organic frameworks (MOFs). Porosity of MOGs has a microstructural origin and not strictly crystalline like in MOFs; therefore, gelation may provide porosity to any metal‐organic system, including those with interesting properties but without a porous crystalline structure. The easy and straightforward shaping of MOGs contrasts with the need of binders for MOFs. In this contribution, a series of MOGs based on the assembly of 1D‐coordination polymer nanofibers of formula [M(DTA)] n (M II : Ni, Cu, Pd; DTA: dithiooxamidato) are reported, in which properties such as porosity, chemical inertness, mechanical robustness, and stimuli‐responsive electrical conductivity are brought together. The strength of the MS bond confers an unusual chemical resistance, withstanding exposure to acids, alkalis, and mild oxidizing/reducing chemicals. Supercritical drying of MOGs provides ultralight metal‐organic aerogels (MOAs) with densities as low as 0.03 g cm −3 and plastic/brittle behavior depending on the nanofiber aspect ratio. Conductivity measurements reveal a semiconducting behavior (10 −12 to 10 −7 S cm −1 at 298 K) that can be improved by doping (10 −5 S cm −1 ). Moreover, it must be stressed that conductivity of MOAs reversibly increases (up to 10 −5 S cm −1 ) under the presence of acetic acid." @default.
• W2592443077 created "2017-03-16" @default.
• W2592443077 creator A5014463913 @default.
• W2592443077 creator A5020948100 @default.
• W2592443077 creator A5023943503 @default.
• W2592443077 creator A5049165332 @default.
• W2592443077 creator A5049874592 @default.
• W2592443077 creator A5055560922 @default.
• W2592443077 creator A5069006149 @default.
• W2592443077 creator A5087558820 @default.
• W2592443077 creator A5089057154 @default.
• W2592443077 date "2017-03-10" @default.
• W2592443077 modified "2023-10-15" @default.
• W2592443077 title "Chemically Resistant, Shapeable, and Conducting Metal-Organic Gels and Aerogels Built from Dithiooxamidato Ligand" @default.
• W2592443077 cites W1800610964 @default.
• W2592443077 cites W1859617839 @default.
• W2592443077 cites W1901652621 @default.
• W2592443077 cites W1964780874 @default.
• W2592443077 cites W1966179930 @default.
• W2592443077 cites W1967109824 @default.
• W2592443077 cites W1969913066 @default.
• W2592443077 cites W1981164146 @default.
• W2592443077 cites W1985890116 @default.
• W2592443077 cites W1988160110 @default.
• W2592443077 cites W1989564960 @default.
• W2592443077 cites W1993408779 @default.
• W2592443077 cites W2000496070 @default.
• W2592443077 cites W2007082361 @default.
• W2592443077 cites W2008314334 @default.
• W2592443077 cites W2009806571 @default.
• W2592443077 cites W2017573902 @default.
• W2592443077 cites W2020071793 @default.
• W2592443077 cites W2022893071 @default.
• W2592443077 cites W2026967208 @default.
• W2592443077 cites W2032778219 @default.
• W2592443077 cites W2032842297 @default.
• W2592443077 cites W2034206062 @default.
• W2592443077 cites W2036983943 @default.
• W2592443077 cites W2049145344 @default.
• W2592443077 cites W2050271644 @default.
• W2592443077 cites W2051808592 @default.
• W2592443077 cites W2056127514 @default.
• W2592443077 cites W2057471218 @default.
• W2592443077 cites W2058448360 @default.
• W2592443077 cites W2068861682 @default.
• W2592443077 cites W2069679540 @default.
• W2592443077 cites W2069761515 @default.
• W2592443077 cites W2070730125 @default.
• W2592443077 cites W2074874316 @default.
• W2592443077 cites W2079468151 @default.
• W2592443077 cites W2079527977 @default.
• W2592443077 cites W2080217338 @default.
• W2592443077 cites W2081371351 @default.
• W2592443077 cites W2094869414 @default.
• W2592443077 cites W2098292174 @default.
• W2592443077 cites W2103204348 @default.
• W2592443077 cites W2110993530 @default.
• W2592443077 cites W2132462440 @default.
• W2592443077 cites W2151347879 @default.
• W2592443077 cites W2168614264 @default.
• W2592443077 cites W2178844878 @default.
• W2592443077 cites W2187857307 @default.
• W2592443077 cites W2221683686 @default.
• W2592443077 cites W2229259502 @default.
• W2592443077 cites W2230127221 @default.
• W2592443077 cites W2267990318 @default.
• W2592443077 cites W2280227549 @default.
• W2592443077 cites W2314021766 @default.
• W2592443077 cites W2314284418 @default.
• W2592443077 cites W2314656355 @default.
• W2592443077 cites W2320302352 @default.
• W2592443077 cites W2331840434 @default.
• W2592443077 cites W2346217849 @default.
• W2592443077 cites W2349010275 @default.
• W2592443077 cites W2375098665 @default.
• W2592443077 cites W2471762312 @default.
• W2592443077 cites W2510152608 @default.
• W2592443077 cites W2510510589 @default.
• W2592443077 cites W346279480 @default.
• W2592443077 cites W4242987055 @default.
• W2592443077 cites W843007777 @default.
• W2592443077 doi "https://doi.org/10.1002/adfm.201605448" @default.
• W2592443077 hasPublicationYear "2017" @default.
• W2592443077 type Work @default.
• W2592443077 sameAs 2592443077 @default.
• W2592443077 citedByCount "35" @default.
• W2592443077 countsByYear W25924430772017 @default.
• W2592443077 countsByYear W25924430772019 @default.
• W2592443077 countsByYear W25924430772020 @default.
• W2592443077 countsByYear W25924430772021 @default.
• W2592443077 countsByYear W25924430772022 @default.
• W2592443077 countsByYear W25924430772023 @default.
• W2592443077 crossrefType "journal-article" @default.
• W2592443077 hasAuthorship W2592443077A5014463913 @default.
• W2592443077 hasAuthorship W2592443077A5020948100 @default.
• W2592443077 hasAuthorship W2592443077A5023943503 @default.
• W2592443077 hasAuthorship W2592443077A5049165332 @default.
• W2592443077 hasAuthorship W2592443077A5049874592 @default.
• W2592443077 hasAuthorship W2592443077A5055560922 @default.
• W2592443077 hasAuthorship W2592443077A5069006149 @default.

• next