Matches in SemOpenAlex for { <https://semopenalex.org/work/W2154792783> ?p ?o ?g. }
- W2154792783 endingPage "7985" @default.
- W2154792783 startingPage "7978" @default.
- W2154792783 abstract "Understanding and controlling phase transformations is a timely subject of investigation because they are essential for the fabrication of high-performance materials with applications in energy, sensors, biomedical, and information-related technologies. Such transformations at the nanoscale arise from both diffusion kinetics and surface thermodynamics, whose reasoning represents a major intellectual challenge in multicomponent systems. In particular, the study of interconversion routes between stable and metastable states provides a useful foundation for the rational design of hard and soft materials. Here, we highlight some recent studies that have demonstrated the possibility of transforming rigid (hard) MOFs into flexible (soft) gel materials in quantitative (or nearly quantitative) yields, and vice versa albeit involving different mechanisms and starting materials. These works represent a new paradigm in the growing areas of crystal engineering and stimuli-responsive gels by building new bridges between advanced functional materials that have been traditionally studied in very different research fields." @default.
- W2154792783 created "2016-06-24" @default.
- W2154792783 creator A5083037509 @default.
- W2154792783 creator A5084148982 @default.
- W2154792783 date "2015-01-01" @default.
- W2154792783 modified "2023-10-18" @default.
- W2154792783 title "Transformation of rigid metal–organic frameworks into flexible gel networks and vice versa" @default.
- W2154792783 cites W1858140613 @default.
- W2154792783 cites W1963793223 @default.
- W2154792783 cites W1964242565 @default.
- W2154792783 cites W1968652549 @default.
- W2154792783 cites W1969973888 @default.
- W2154792783 cites W1974896454 @default.
- W2154792783 cites W1974984972 @default.
- W2154792783 cites W1978067626 @default.
- W2154792783 cites W1978443016 @default.
- W2154792783 cites W1980373766 @default.
- W2154792783 cites W1984772431 @default.
- W2154792783 cites W1986359451 @default.
- W2154792783 cites W1990732289 @default.
- W2154792783 cites W1992102228 @default.
- W2154792783 cites W1997631404 @default.
- W2154792783 cites W2001061815 @default.
- W2154792783 cites W2001935871 @default.
- W2154792783 cites W2004550299 @default.
- W2154792783 cites W2005024574 @default.
- W2154792783 cites W2007969966 @default.
- W2154792783 cites W2008340598 @default.
- W2154792783 cites W2011863645 @default.
- W2154792783 cites W2021759790 @default.
- W2154792783 cites W2022946742 @default.
- W2154792783 cites W2024767339 @default.
- W2154792783 cites W2030918214 @default.
- W2154792783 cites W2032271805 @default.
- W2154792783 cites W2032462045 @default.
- W2154792783 cites W2045569429 @default.
- W2154792783 cites W2046499430 @default.
- W2154792783 cites W2047774513 @default.
- W2154792783 cites W2049700600 @default.
- W2154792783 cites W2053946363 @default.
- W2154792783 cites W2056127514 @default.
- W2154792783 cites W2057471218 @default.
- W2154792783 cites W2061314963 @default.
- W2154792783 cites W2062027124 @default.
- W2154792783 cites W2067061953 @default.
- W2154792783 cites W2068851128 @default.
- W2154792783 cites W2076087758 @default.
- W2154792783 cites W2080122954 @default.
- W2154792783 cites W2080217338 @default.
- W2154792783 cites W2080295194 @default.
- W2154792783 cites W2081124345 @default.
- W2154792783 cites W2082910327 @default.
- W2154792783 cites W2084563517 @default.
- W2154792783 cites W2084761788 @default.
- W2154792783 cites W2090752769 @default.
- W2154792783 cites W2091023136 @default.
- W2154792783 cites W2101370813 @default.
- W2154792783 cites W2102363490 @default.
- W2154792783 cites W2104202508 @default.
- W2154792783 cites W2110993530 @default.
- W2154792783 cites W2125340675 @default.
- W2154792783 cites W2125521188 @default.
- W2154792783 cites W2126616330 @default.
- W2154792783 cites W2130283800 @default.
- W2154792783 cites W2139683943 @default.
- W2154792783 cites W2140356073 @default.
- W2154792783 cites W2141939342 @default.
- W2154792783 cites W2145662716 @default.
- W2154792783 cites W2150534488 @default.
- W2154792783 cites W2152253782 @default.
- W2154792783 cites W2155151146 @default.
- W2154792783 cites W2165117362 @default.
- W2154792783 cites W2168113028 @default.
- W2154792783 cites W2316638542 @default.
- W2154792783 cites W2317417332 @default.
- W2154792783 cites W2317696272 @default.
- W2154792783 cites W2318963108 @default.
- W2154792783 cites W2319264788 @default.
- W2154792783 cites W2320607859 @default.
- W2154792783 cites W2321895325 @default.
- W2154792783 cites W2325992567 @default.
- W2154792783 cites W2328141986 @default.
- W2154792783 cites W2858547974 @default.
- W2154792783 cites W2921768082 @default.
- W2154792783 cites W4237495492 @default.
- W2154792783 cites W4376848397 @default.
- W2154792783 doi "https://doi.org/10.1039/c5ce01032b" @default.
- W2154792783 hasPublicationYear "2015" @default.
- W2154792783 type Work @default.
- W2154792783 sameAs 2154792783 @default.
- W2154792783 citedByCount "13" @default.
- W2154792783 countsByYear W21547927832016 @default.
- W2154792783 countsByYear W21547927832017 @default.
- W2154792783 countsByYear W21547927832018 @default.
- W2154792783 countsByYear W21547927832019 @default.
- W2154792783 countsByYear W21547927832020 @default.
- W2154792783 countsByYear W21547927832021 @default.
- W2154792783 countsByYear W21547927832022 @default.