Functional Metal-Organic Frameworks. Ali MorsaliЧитать онлайн книгу.

7.13. Application of ASMOF-5 in Pd(II) detection. (a) Crystal structure o...Figure 7.14. (a) Schematic illustration of the degradation of Cr(VI) by thiol-co...Figure 7.15. Photophysical properties of UiO-66-(SO₃H)₂, UiO-66-(SH)₂ and UiO-66...Figure 7.16. Application of UiO-66(SO₃H)₂ in proton conductivity. (a) Synthesis ...Figure 7.17. Application of PSM-1 and PSM-2 in proton conductivity. (a) Synthesi...Figure 7.18. Application of MIL-101-Cr-SO₃Ag in selective uptake of ethylene. (a...Figure 7.19. Application of MIL-101-SO₃H in removal of cationic dyes. Effect of ...Figure 7.20. Light-enhanced acid-catalytic reaction over MIL-101-SO₃H, in which ...Figure 7.21. Proposed acetalization reaction mechanism and determination of firs...

8 Chapter 8Figure 8.1. Coordination environment and crystal structure of isoreticular MFM-f...Figure 8.2. Application of isoreticular MFM-frameworks in gas adsorption. (a) Hi...Figure 8.3. Application of NJU-Bai49 in selective CO₂ adsorption. (a) [Sc₃(μ₃-O)...Figure 8.4. Application of NJU-Bai-17 in acetylene storage. (a) The X-ray crysta...Figure 8.5. Application of NJU-Bai-45 in methane storage. (a) Applied ligands in...Figure 8.6. Representation of the applied ligand in the structure of PCN-61 and ...Figure 8.7. Application of TMU-56 in Pb(II) removal. (a) Crystal structure of TM...Figure 8.8. Structural representation of NOTT-125 and possible interactions betw...Figure 8.9. (a) 3D framework of [Ln₂(bdpo)_1.5(DMA)₃(H₂O)]·5H₂O (b) H₄bdpo to Ln ...Figure 8.10. Application of TMU-32S-65% in Hg(II) removal. (a) L2-L ligand excha...Figure 8.11. Effect of introducing amide function in the main-chain of the MOF s...Figure 8.12. Effects of conformation of amide-function on the constructed compou...Figure 8.13. (a) Non-functional and amide-functionalized ligands for constructio...Figure 8.14. (a) Non-functional and amide-functionalized ligands for constructio...Figure 8.15. Host–guest interactions of urea. (a) Hydrogen bonding interaction b...Figure 8.16. Structural representation of [Zn₂(L1)₂(bipy)] (a) and [Zn₂(L1)₂(bpe...Figure 8.17. Structure of EDPU ligand (a), crystal structure of [Ni(EDPU)₂(H₂O)₂...Figure 8.18. Structure, applied ligands in synthesis of NU-601 (a) Application o...Figure 8.19. Application of urea decorated MOFs as hydrogen bond donor organocat...Figure 8.20. Effects of urea function in the main-chain on the structure of MOFs...Figure 8.21. Representation of urea and triazole functionalized ligands for cons...Figure 8.22. Structural change of [Zn₄O(L)₃(DMF)₂]_n after activation by CS₂ [86]...Figure 8.23. Significantly different characteristics between urea and squaramide...Figure 8.24. Application of UiO-67-Squar/bpdc in Friedel–Crafts reaction.Figure 8.25. Comparison between carbonyl based functions.

9 Chapter 9Figure 9.1 Application of Tb-BCB in detection of small organic molecules. (a) St...Figure 9.2 Application of Cu-cdip in gas adsorption. (a) Structure of the H₄cdip...Figure 9.3 Application of DUT-122 in organic solvent sensing. (a) Structure of D...Figure 9.4 Application of Eu-fdc in ratiometric temperature sensing. (a) Schemat...Figure 9.5 Carbonylation of sp³ atoms for construction of rigid and polar carbon...Figure 9.6 Coordination modes of the carboxylate ligands [10].Figure 9.7 Synthesis of [CuCl(BNA)₂]∙Cl(H₂O)₄through control over pH. (a) Struct...Figure 9.8 Post-synthesis CO₂insertion into the structure of UiO-67(dcppy). (a) ...Figure 9.9 Molecular Representations of NU-1000 (top) and Depictions of Solvent-...Figure 9.10 Synthesis of UiO-66-ox by Hupp and coworkers through solvent assiste...Figure 9.11 Application of UiO-66(COOH)₂in CO₂adsorption. (a) The UiO-66(Zr)-(CO...Figure 9.12 Inorganic nodes of some MOFs based on terphthalic acid linker. Combi...Figure 9.13 Structure of imide functionalized aromatic cores.Figure 9.15 Application of FJU-101 in methane storage. Nanosized cage (a) and 3D...Figure 9.16 Application of 1 and 1−Li⁺ in H₂ storage. (a) Crystal structure of 1...