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Nanofibers Self-Assembled from Lipophilic Bridging Ligands and Metal Ions

Nanofibers Self-Assembled from Lipophilic Bridging Ligands and Metal Ions [Pg.18]

4- triazole, however it resulted in deterioration of the complex at the air-water interface [101]. To develop soluble triazole complexes, we have designed a lipophilic triazole ligand 22 (Ci20C3Trz) and synthesized their Fe and Co complexes (Fig. 15) [75,76]. When Co (22)3Cl2 is dissolved in chloroform, a blue gel-like phase is formed at room temperature. Networks of nanofibers with widths of 5-30 run are observed in atomic force microscopy. The blue color is characteristic to the tetrahedral cobalt(ll) [Pg.18]

Ti(P)). Interestingly, the blue gel-like phase turns into a pale [Pg.18]




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And lipophilicity

Bridging ligands

From metal and ligand

Ion bridge

Ion bridging

Ions, bridged

Ligand assembly

Ligand lipophilicity

Ligand-bridged

Lipophilic ions

Lipophilic ligands

Metal bridged

Metal ions ligand

Metal nanofibers

Metallic nanofibers

Metals and metal ions

Metals, ions and

Nanofiber assembly

Nanofiber self-assembly

Self assembly metal

Self-assembled ligand

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