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Introduction | |
Introduction | p. 1 |
Crystal Engineering, Supramolecular Chemistry, Metallosupramolecules | p. 4 |
What is a Coordination Polymer? | p. 6 |
Synthetic Techniques | p. 10 |
Design, Analysis, Application | p. 12 |
References | p. 13 |
Nets: A Tool for Description and Design | |
Introduction | p. 19 |
Defining Networks | p. 20 |
Identifying and Naming Nets | p. 25 |
1D Nets | p. 28 |
2D Nets | p. 29 |
Common 3D Nets | p. 36 |
3-Connected Nets | p. 36 |
4-Connected Nets | p. 39 |
5-Connected Nets | p. 45 |
6-Connected Nets | p. 46 |
Higher Connected Nets | p. 47 |
Mixed Connectivity Nets | p. 48 |
Rod Packings | p. 52 |
References | p. 53 |
Interpenetration | |
Introduction | p. 59 |
Nomenclature | p. 67 |
1D Interpenetration | p. 69 |
2D Interpenetration | p. 70 |
3D Interpenetration | p. 77 |
Interpenetration of Nets of Different Composition, Topology and Dimensions | p. 84 |
Self-penetration | p. 87 |
Other Entangled Systems | p. 89 |
References | p. 89 |
Malleability of Coordination Polymers | |
Introduction | p. 96 |
Supramolecular Isomerism | p. 98 |
Malleability of Building Blocks | p. 107 |
Synthetic Approach | p. 111 |
Solvent Effects | p. 115 |
Other Guests | p. 119 |
Counterions | p. 120 |
Weaker Interactions | p. 124 |
Conclusion | p. 134 |
References | p. 134 |
Transition Metal Coordination Polymers | |
Introduction | p. 144 |
Pseudohalide Ligands | p. 146 |
The Cyanide Ligand | p. 146 |
The Azide Ligand | p. 149 |
NCX Ligands (X = O, S, Se) | p. 152 |
Small Polynitrile Ligands (e.g. dca/tcm) | p. 153 |
Larger Nitrile Donor Ligands | p. 156 |
Neutral Ligands | p. 156 |
Anionic Nitrile Ligands | p. 158 |
Pyridyl Donor Ligands | p. 159 |
2-Connecting Ligands | p. 159 |
3-Connecting Ligands | p. 164 |
4-Connecting Ligands | p. 165 |
Five-membered Ring Nitrogen Donor Ligands | p. 166 |
2-Connecting Ligands | p. 167 |
3-Connecting Ligands | p. 169 |
Other Connectors | p. 170 |
N-Oxide Ligands | p. 170 |
Carboxylate Ligands | p. 172 |
2-Connecting Ligands | p. 173 |
3-Connecting Ligands | p. 175 |
4-Connecting Ligands | p. 177 |
Other Ligands | p. 178 |
Mixed Donor Atom Ligands | p. 180 |
Mixed Ligand Coordination Polymers | p. 181 |
References | p. 183 |
Rare Earth Coordination Polymers | |
Introduction | p. 191 |
Cyanide/Nitrile and Pseudohalide Ligands | p. 192 |
Five-membered Ring Donors | p. 195 |
Pyridyl Donor Ligands | p. 196 |
N-Oxide Donors | p. 196 |
Rare Earth-Carboxylate Polymers | p. 202 |
Monocarboxylate Ligands | p. 203 |
Dicarboxylate Ligands | p. 205 |
Tricarboxylate Ligands | p. 210 |
Tetracarboxylate Ligands | p. 212 |
Other Ligands | p. 212 |
Oxalate Coordination Polymers | p. 212 |
Chloranilic Acid and Dihydroxybenzoquinone | p. 215 |
Polymers with Sufonate-containing Ligands | p. 217 |
Amide Ligands | p. 217 |
Pyridylcarboxylate Ligands | p. 219 |
Mixed 3d/4f Coordination Polymers | p. 221 |
Cyanide-based Bimetallic Polymers | p. 221 |
Carboxylate-based Bimetallic Polymers | p. 224 |
Pyridylcarboxylate Ligands | p. 224 |
Other Mixed O/N Donor Ligands | p. 229 |
Actinide Coordination Polymers | p. 229 |
References | p. 231 |
Organometallic Networks | |
Introduction | p. 238 |
Large Aromatic Ligands | p. 239 |
Cation-[pi] Interactions in Ag(1)-PAH Systems | p. 239 |
Cation-[pi] Interactions with Cyclophanes | p. 241 |
Non-aromatic Cation-[pi] Interactions | p. 243 |
Organometallic Complexes as Ligands | p. 245 |
Metallocene Bridging Ligands | p. 245 |
Metal-Quinone Bridging Complexes | p. 246 |
Isocarbonyl Polymers | p. 248 |
R[subscript 3]Sn/R[subscript 3]Pb Systems | p. 251 |
Metal-Cyanide Polymers | p. 251 |
(Triorganostannyl)tetrazole Polymers | p. 252 |
References | p. 254 |
Inorganic-Organic Hybrids | |
Introduction | p. 257 |
0D Metal-Oxide Substructures | p. 259 |
1D Metal-Oxide Substructures | p. 260 |
2D Polymers with 1D Metal-Oxide Substructures | p. 261 |
3D Polymers with 1D Metal-Oxide Substructures | p. 263 |
2D Metal-Oxide Substructures (Pillared Layers) | p. 264 |
References | p. 271 |
Magnetism in Coordination Polymers | |
Introduction | p. 273 |
Long-range Magnetic Ordering | p. 273 |
Introduction | p. 273 |
Molecule-based Magnets | p. 275 |
Single-chain Magnets | p. 293 |
Spin Crossover | p. 295 |
Introduction | p. 295 |
Five-membered Heterocyclic Ring Bridging Ligands | p. 297 |
Six-membered Ring Bridging Ligands | p. 301 |
Cyanide Bridges in Hofmann Phases | p. 305 |
References | p. 307 |
Porous Coordination Polymers | |
Introduction | p. 313 |
Terminology | p. 313 |
Designing Permanent Porosity | p. 315 |
Flexible Porosity | p. 317 |
Rigid Porosity | p. 322 |
Solvent Exchange | p. 326 |
Flexible Guest Exchange | p. 327 |
Rigid Guest Exchange | p. 329 |
Gas Storage | p. 330 |
Hydrogen Gas Storage | p. 331 |
Methane Gas Storage | p. 335 |
Carbon Dioxide Gas Storage | p. 336 |
Other Gases | p. 337 |
Ion Exchange | p. 338 |
Multifunctional Porous Materials | p. 338 |
Conclusion | p. 340 |
References | p. 341 |
Acentric and Chiral Networks | |
Introduction | p. 345 |
Acentric Networks for Non-linear Optical Behaviour | p. 346 |
Chiral Networks | p. 352 |
1D Helices from Achiral Components | p. 352 |
2D Chiral Nets from Achiral Components | p. 354 |
3D Chiral Nets from Achiral Components | p. 355 |
Chiral Ligands | p. 361 |
Applications | p. 367 |
References | p. 369 |
Reactive Coordination Polymers | |
Introduction | p. 375 |
Topotactic Reactions | p. 375 |
Chemically Reactive Ligands | p. 386 |
Catalysis | p. 386 |
References | p. 391 |
Other Properties of Coordination Polymers | |
Introduction | p. 396 |
Luminescence | p. 397 |
Redox Activity | p. 399 |
Conductivity | p. 401 |
Negative Thermal Expansion | p. 404 |
Multifunctional Materials | p. 407 |
References | p. 408 |
Subject Index | p. 416 |
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