41 results on '"Luo, Feng"'
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2. A highly rare 3D U-Cu metal-organic framework showing three-connected srs topology and nine-fold interpenetration
3. Dual magnetic behavior of dysprosium(III) molecular magnet and Co(II) spin-crossover in an isolated [3d]-[4f] compound
4. Unique magnetic behaviour of coexistence of single ion magnet and spin crossover
5. In-situ modification of trinuclear Mg3 unit for modulating topology, porosity, and adsorption properties
6. A novel acylamide MOF showing self-catenated hxg-d-4-Fddd nets with 3-fold interpenetration and highly selective adsorption of CO2 over N2, CH4, and CO
7. A new acylamide MOF showing uncommon ten-fold interpenetration
8. An unprecedented (3, 4)-connected self-penetrating metal–organic framework
9. A novel 4-connected binodal Moganite net with three-fold interpenetration
10. In-situ modification of trinuclear Mg 3 unit for modulating topology, porosity, and adsorption properties
11. A new supramolecular net based on 1D chain subunits showing unprecedented 4, 4-connected tcj-4,4-Cccm topology and 3-fold interpenetration
12. One 2D Ni(II)-based compound showing diamagnetic-paramagnetic transition
13. A non-interpenetrating 3D porous metal-organic framework (MOF) holding rutile-type topology containing Cu 4 secondary building units
14. An unprecedented T4(1)4(2)5(2) water topology
15. A highly twisting chiral qtz-d net built on a distorted tetrahedral node containing two types of helical substructure
16. Water structure: A rare 3D water-chlorin architecture
17. 1D ferromagnetic Dy(III) compound showing supramolecular four-connecting rod-packing architecture
18. A rare (3, 6, 10)-connected net containing both Zn2(COO)4 and Zn4(COO)8 units
19. The first transition-metal metal–organic framework showing cation exchange for highly selectively sensing of aqueous Cu(II) ions
20. A highly rare (3,4,5,6)-connected metal–organic framework containing three distinct Co 2 secondary building units
21. Solvothermal in situ synthesis of (Schiff-base)-containing dinuclear cobalt compound
22. A new acrylamide MOF with sra net showing an uncommon eight-fold interpenetration
23. A new eight-connected net with CsCl-type topology built on unique [Co2(μ3-OH)(μ2-OH2)(CO2)3]2 building blocks
24. Decorated rutile net built on the six-connected Ln2 SBUs (secondary building units) and three-connected organic spacers
25. Construction of microporous metal–organic frameworks (MOFs) by Mn–O–C rod-like secondary building units (SBUs): Solvothermal synthesis, structure, thermostability, and magnetic properties
26. Two chiral metal–organic frameworks showing unprecedented pcu-type topology based on the vertex-shared bowl-like MNa 3 SBUs
27. A non-interpenetrating 3D porous metal-organic framework (MOF) holding rutile-type topology containing Cu4 secondary building units
28. A highly rare (3,4,5,6)-connected metal–organic framework containing three distinct Co2 secondary building units
29. Two chiral metal–organic frameworks showing unprecedented pcu-type topology based on the vertex-shared bowl-like MNa3 SBUs
30. One 3D noninterpenetrating metallic-organic framework with the rare (3,4)-connected (8.102)2(4.84.10)2(42.82.102) topology
31. Synthesis, structures and characters of one 3D 2-fold interpenetrating net with rare 42638 topology
32. Synthesis and description of the first helical chain of Cu–Pb bimetallic atoms and Cu(I)–Cu(II) mixed-valence
33. Synthesis of bismuth with various morphologies by electrodeposition
34. A rare (3, 6, 10)-connected net containing both Zn2(COO)4 and Zn4(COO)8 units
35. A highly rare (3,4,5,6)-connected metal–organic framework containing three distinct Co2 secondary building units
36. One 3D noninterpenetrating metallic-organic framework with the rare (3,4)-connected (8.102)2(4.84.10)2(42.82.102) topology
37. A new eight-connected net with CsCl-type topology built on unique [Co2(μ3-OH)(μ2-OH2)(CO2)3]2 building blocks
38. Decorated rutile net built on the six-connected Ln2 SBUs (secondary building units) and three-connected organic spacers
39. Two chiral metal–organic frameworks showing unprecedented pcu-type topology based on the vertex-shared bowl-like MNa3 SBUs
40. Synthesis, structures and characters of one 3D 2-fold interpenetrating net with rare 42638 topology
41. A non-interpenetrating 3D porous metal-organic framework (MOF) holding rutile-type topology containing Cu4 secondary building units
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