The preparation of heterogeneous Cu1.92S@Cu3P/Ni2P nanospheres is described, together with their application as a good OER electrocatalyst.
The design and exploration of highly effi...
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Special pore-space-partition CoFePBA hollow framework was elaborately designed and successfully obtained, which exhibited exciting electrochemical sensing performance towards glucose.
In this work for the first time pore-space-partition (PSP)-CoFePBA hollow framework is elaborately designed and successfully obtained via self-template internal dissolution strategy. As is demonstrated by our previous report, Prussian blue analogue (PBA) with hollow morphology is very beneficial to improve sensing performance. As expected, the PSP-CoFePBA hollow framework in this work exhibits far superior glucose sensing performance compared with classic CoFePBA nanoparticles and nanoboxes as well as most of reported PBA-based glucose sensors. Herein, very high sensitivity of 1184.18 μA mM−1 cm−2 and 267.63 μA mM−1 cm−2 in the concentration range of 5–325 μM and 325–1025 μM, respectively, as well as low detection limit of 0.4 μM (S/N=3) and high stability can be observed. In a word, this work proposes and develops a simple and general synthetic strategy for constructing PBA-based hollow material, that will be very helpful in this field.Zum Volltext
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