FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3103897719> ?p ?o ?g. }

• W3103897719 endingPage "11036" @default.
• W3103897719 startingPage "11025" @default.
• W3103897719 abstract "We have introduced an extremely low-molecular-weight organic gelator with a Cd(II) source to obtain a supramolecular Cd(II) metallohydrogel. Microstructural analysis of the gel has been performed. The mechanical property of the gel material has been scrutinized through rheological investigations. Different 2D nanostructures including graphene oxide (GO) and diverse transition-metal dichalcogenides (TMDs) like MoS2, MoSe2, and WS2 have been exploited to get 2D nanosheet-dispersed metallohydrogels of Cd(II). Morphological variation of the Cd(II) metalloghydrogel with different 2D nanostructures has been imaged through high-resolution transmission electron microscopy studies. The optoelectronic properties of the metallohydrogel materials have also been explored. The conducting property of Cd(II) metallohydrogel establishes the Schottky barrier diode-type nature. This shows the applicability of a supramolecular approach of 2D nanosheets toward the formation of 2D nanostructure-based supramolecular metallohydrogel systems under ambient conditions. The dispersion of exfoliated 2D nanosheets of GO and TMDs to the supramolecular metallohydrogel has been considered as a technique to tune the electronic property and morphology of the supramolecular metallohydrogel system." @default.
• W3103897719 created "2020-11-23" @default.
• W3103897719 creator A5002512961 @default.
• W3103897719 creator A5004242114 @default.
• W3103897719 creator A5013878952 @default.
• W3103897719 creator A5014485371 @default.
• W3103897719 creator A5019998558 @default.
• W3103897719 creator A5053333628 @default.
• W3103897719 date "2020-10-16" @default.
• W3103897719 modified "2023-10-03" @default.
• W3103897719 title "Cd-Based Metallohydrogel Composites with Graphene Oxide, MoS₂, MoSe₂, and WS₂ for Semiconducting Schottky Barrier Diodes" @default.
• W3103897719 cites W1758451924 @default.
• W3103897719 cites W1809543053 @default.
• W3103897719 cites W1964780874 @default.
• W3103897719 cites W1969474966 @default.
• W3103897719 cites W1969876548 @default.
• W3103897719 cites W1986010559 @default.
• W3103897719 cites W1991410827 @default.
• W3103897719 cites W1993755971 @default.
• W3103897719 cites W1999868778 @default.
• W3103897719 cites W2000500676 @default.
• W3103897719 cites W2002363341 @default.
• W3103897719 cites W2007195468 @default.
• W3103897719 cites W2012587360 @default.
• W3103897719 cites W2026870008 @default.
• W3103897719 cites W2027491539 @default.
• W3103897719 cites W2031617683 @default.
• W3103897719 cites W2033015660 @default.
• W3103897719 cites W2047358259 @default.
• W3103897719 cites W2047573778 @default.
• W3103897719 cites W2056355037 @default.
• W3103897719 cites W2058828522 @default.
• W3103897719 cites W2061953971 @default.
• W3103897719 cites W2063791523 @default.
• W3103897719 cites W2080842538 @default.
• W3103897719 cites W2082874927 @default.
• W3103897719 cites W2084324305 @default.
• W3103897719 cites W2085075915 @default.
• W3103897719 cites W2096421416 @default.
• W3103897719 cites W2100837078 @default.
• W3103897719 cites W2107372560 @default.
• W3103897719 cites W2142372687 @default.
• W3103897719 cites W2145391541 @default.
• W3103897719 cites W2179413903 @default.
• W3103897719 cites W2241238861 @default.
• W3103897719 cites W2275630711 @default.
• W3103897719 cites W2290596209 @default.
• W3103897719 cites W2303402368 @default.
• W3103897719 cites W2314656355 @default.
• W3103897719 cites W2319022530 @default.
• W3103897719 cites W2329389299 @default.
• W3103897719 cites W2329551239 @default.
• W3103897719 cites W2330044058 @default.
• W3103897719 cites W2342927554 @default.
• W3103897719 cites W2424135073 @default.
• W3103897719 cites W2536597709 @default.
• W3103897719 cites W2548091145 @default.
• W3103897719 cites W2552198785 @default.
• W3103897719 cites W2558232674 @default.
• W3103897719 cites W2565667275 @default.
• W3103897719 cites W2570855767 @default.
• W3103897719 cites W2608250026 @default.
• W3103897719 cites W2766790512 @default.
• W3103897719 cites W2775072124 @default.
• W3103897719 cites W2809564196 @default.
• W3103897719 cites W2887941169 @default.
• W3103897719 cites W2901393402 @default.
• W3103897719 cites W2902063091 @default.
• W3103897719 cites W2913129604 @default.
• W3103897719 cites W2919407855 @default.
• W3103897719 cites W2947825446 @default.
• W3103897719 cites W2962248249 @default.
• W3103897719 cites W2968255272 @default.
• W3103897719 cites W2969696288 @default.
• W3103897719 cites W2971821748 @default.
• W3103897719 cites W2974310043 @default.
• W3103897719 cites W2984555372 @default.
• W3103897719 cites W3006043776 @default.
• W3103897719 cites W3125567534 @default.
• W3103897719 cites W4245400517 @default.
• W3103897719 cites W4376489829 @default.
• W3103897719 doi "https://doi.org/10.1021/acsanm.0c02215" @default.
• W3103897719 hasPublicationYear "2020" @default.
• W3103897719 type Work @default.
• W3103897719 sameAs 3103897719 @default.
• W3103897719 citedByCount "22" @default.
• W3103897719 countsByYear W31038977192021 @default.
• W3103897719 countsByYear W31038977192022 @default.
• W3103897719 countsByYear W31038977192023 @default.
• W3103897719 crossrefType "journal-article" @default.
• W3103897719 hasAuthorship W3103897719A5002512961 @default.
• W3103897719 hasAuthorship W3103897719A5004242114 @default.
• W3103897719 hasAuthorship W3103897719A5013878952 @default.
• W3103897719 hasAuthorship W3103897719A5014485371 @default.
• W3103897719 hasAuthorship W3103897719A5019998558 @default.
• W3103897719 hasAuthorship W3103897719A5053333628 @default.
• W3103897719 hasConcept C115624301 @default.
• W3103897719 hasConcept C146088050 @default.

• next