Prussian blue analogues derived from NiFe-hydroxide nanoplates with synergistic effect and as high performance supercapacitors

Free-Standing Co(OH)2/Prussian Blue Analogue Nanostructured Electrodes for Flexible Na-Ion Supercapacitors with an Ultrawide Potential Window

“…The change in the color of the CC substrate surface from CC to Co(OH) 2 /PBA/CC in Figure S1 . 24,25 Compared with the PBA/CC prepared by the coprecipitation method, only homogeneous and dense PBA nanocubes are observed, which can be seen in Figure S3. The morphology of the Co(OH) 2 /PBA/CC is similar to fruits embedded between leaves in a tree.…”

“…The comparison of SEM images of pure CC (Figure S2a–c) and Co­(OH) 2 /CC (Figure a,b) clearly shows that Co­(OH) 2 nanosheets are uniformly and densely grown on CC fibers. After the ion exchange, some cobalt ions dissociated from Co­(OH) 2 nanosheets, combining with the −CN– and Fe 3+ to form PBA nanocubes (Figure d,e). , Compared with the PBA/CC prepared by the coprecipitation method, only homogeneous and dense PBA nanocubes are observed, which can be seen in Figure S3. The morphology of the Co­(OH) 2 /PBA/CC is similar to fruits embedded between leaves in a tree.…”

Effects of Nanocomposite Derivatives of Ni–Fe, Ni–Co, Ni–Co–Fe Prussian Blue Analogues on the Thermal Decomposition Performance of Nitrocellulose

“…With the current research exploration and utilization of the unique properties of PB-derived nanomaterials, the fields of explosives and fireworks are expected to experience significant progress and innovation . Ultimately, this will enhance key applications in national security and other fields. − …”