FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2110979945> ?p ?o ?g. }

• W2110979945 endingPage "16090" @default.
• W2110979945 startingPage "16083" @default.
• W2110979945 abstract "A new tetracarboxylate ligand having short and long arms formed 2D layer Zn(II) coordination polymer 1 with paddle-wheel secondary building units under solvothermal conditions. The framework undergoes solvent-specific single crystal-to-single crystal (SC-SC) transmetalation to produce 1Cu . With a sterically encumbered dipyridyl linker, the same ligand forms non-interpenetrated, 3D, pillared-layer Zn(II) metal-organic framework (MOF) 2, which takes part in SC-SC linker-exchange reactions to produce three daughter frameworks. The parent MOF 2 shows preferential incorporation of the longest linker in competitive linker-exchange experiments. All the 3D MOFs undergo complete SC-SC transmetalation with Cu(II) , whereby metal exchange in different solvents and monitoring of X-ray structures revealed that bulky solvated metal ions lead to ordering of the shortest linker in the framework, which confirms that the solvated metal ions enter through the pores along the linker axis." @default.
• W2110979945 created "2016-06-24" @default.
• W2110979945 creator A5019478816 @default.
• W2110979945 creator A5029384299 @default.
• W2110979945 creator A5054602608 @default.
• W2110979945 date "2015-09-18" @default.
• W2110979945 modified "2023-10-17" @default.
• W2110979945 title "Versatile Tailoring of Paddle‐Wheel Zn ^II Metal–Organic Frameworks through Single‐Crystal‐to‐Single‐Crystal Transformations" @default.
• W2110979945 cites W1964895614 @default.
• W2110979945 cites W1967109824 @default.
• W2110979945 cites W1967365711 @default.
• W2110979945 cites W1973916869 @default.
• W2110979945 cites W1976269136 @default.
• W2110979945 cites W1976416233 @default.
• W2110979945 cites W1979287992 @default.
• W2110979945 cites W1979681627 @default.
• W2110979945 cites W1986696172 @default.
• W2110979945 cites W1989118706 @default.
• W2110979945 cites W1993037438 @default.
• W2110979945 cites W1993274520 @default.
• W2110979945 cites W1994211203 @default.
• W2110979945 cites W1997410309 @default.
• W2110979945 cites W1998518204 @default.
• W2110979945 cites W1999937609 @default.
• W2110979945 cites W2000497033 @default.
• W2110979945 cites W2001682945 @default.
• W2110979945 cites W2002799357 @default.
• W2110979945 cites W2009119811 @default.
• W2110979945 cites W2009277649 @default.
• W2110979945 cites W2016713349 @default.
• W2110979945 cites W2018569882 @default.
• W2110979945 cites W2018737888 @default.
• W2110979945 cites W2019262181 @default.
• W2110979945 cites W2021767761 @default.
• W2110979945 cites W2026639267 @default.
• W2110979945 cites W2030915403 @default.
• W2110979945 cites W2037655646 @default.
• W2110979945 cites W2050007458 @default.
• W2110979945 cites W2051808592 @default.
• W2110979945 cites W2052966503 @default.
• W2110979945 cites W2053700726 @default.
• W2110979945 cites W2056920604 @default.
• W2110979945 cites W2068863689 @default.
• W2110979945 cites W2072902596 @default.
• W2110979945 cites W2073433317 @default.
• W2110979945 cites W2075429271 @default.
• W2110979945 cites W2076121330 @default.
• W2110979945 cites W2076939671 @default.
• W2110979945 cites W2080777030 @default.
• W2110979945 cites W2087569879 @default.
• W2110979945 cites W2090752769 @default.
• W2110979945 cites W2093182007 @default.
• W2110979945 cites W2094145140 @default.
• W2110979945 cites W2105218596 @default.
• W2110979945 cites W2108712263 @default.
• W2110979945 cites W2111872057 @default.
• W2110979945 cites W2114680431 @default.
• W2110979945 cites W2115346153 @default.
• W2110979945 cites W2115764422 @default.
• W2110979945 cites W2119744552 @default.
• W2110979945 cites W2136601433 @default.
• W2110979945 cites W2148562464 @default.
• W2110979945 cites W2148734919 @default.
• W2110979945 cites W2151545559 @default.
• W2110979945 cites W2155779821 @default.
• W2110979945 cites W2161363710 @default.
• W2110979945 cites W2164723090 @default.
• W2110979945 cites W2166689829 @default.
• W2110979945 cites W2312814776 @default.
• W2110979945 cites W2313448545 @default.
• W2110979945 cites W2316873365 @default.
• W2110979945 cites W2321987719 @default.
• W2110979945 cites W2322249109 @default.
• W2110979945 cites W2324812882 @default.
• W2110979945 cites W2327142354 @default.
• W2110979945 cites W2328373718 @default.
• W2110979945 cites W2329240387 @default.
• W2110979945 cites W2329286042 @default.
• W2110979945 cites W2334854796 @default.
• W2110979945 cites W2858547974 @default.
• W2110979945 cites W4244036529 @default.
• W2110979945 cites W4250462437 @default.
• W2110979945 cites W4252387862 @default.
• W2110979945 cites W4253412712 @default.
• W2110979945 cites W4362218835 @default.
• W2110979945 doi "https://doi.org/10.1002/chem.201502648" @default.
• W2110979945 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/26383591" @default.
• W2110979945 hasPublicationYear "2015" @default.
• W2110979945 type Work @default.
• W2110979945 sameAs 2110979945 @default.
• W2110979945 citedByCount "33" @default.
• W2110979945 countsByYear W21109799452016 @default.
• W2110979945 countsByYear W21109799452017 @default.
• W2110979945 countsByYear W21109799452018 @default.
• W2110979945 countsByYear W21109799452019 @default.
• W2110979945 countsByYear W21109799452020 @default.
• W2110979945 countsByYear W21109799452021 @default.
• W2110979945 countsByYear W21109799452022 @default.

• next