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Supramolecular manganese(II) compounds influenced by conformational flexibility and rigidity of bis(4-pyridyl) containing bridging ligands
Chang Seop Hong
, Young Sin You
Department of Chemistry
Research output
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Contribution to journal
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Article
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peer-review
13
Citations (Scopus)
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Dive into the research topics of 'Supramolecular manganese(II) compounds influenced by conformational flexibility and rigidity of bis(4-pyridyl) containing bridging ligands'. Together they form a unique fingerprint.
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Engineering & Materials Science
Ligands
100%
Manganese
89%
Rigidity
75%
Magnetic susceptibility
60%
Dihedral angle
58%
Isomers
55%
Hydrogen bonds
51%
Ethane
47%
Ethylene
39%
Hydrogen
29%
Fabrication
27%
Physics & Astronomy
rigidity
77%
ligands
75%
manganese
75%
flexibility
68%
dihedral angle
48%
ethane
44%
hydrogen bonds
39%
isomers
37%
ethylene
36%
magnetic permeability
27%
hydrogen
23%
fabrication
22%
interactions
14%
Chemical Compounds
Flexibility
60%
Magnetic Susceptibility
36%
Antiferromagnetic
36%
Ethane
34%
Conformational Isomer
33%
Ligand
33%
Dihedral Angle
31%
Dimension
28%
Force
25%
Shape
24%
Hydrogen Bond
22%