Synergy of compress strain and antioxidant of platinum-copper for enhanced the oxygen reduction performance

Constructing Nickel Phosphate Polymorph Heterojunctions by In Situ Cr-Induced Structural Transition for Enhanced Bifunctional Electrochemical Water Splitting

“…Cr–Ni 2 P/Ni 3 P@NF possesses the highest C dl value of 3.36 mF cm –2 , which is significantly higher than those of Ni 2 P + Ni 3 P@NF (1.31 mF cm –2 ), Ni 2 P@NF (0.95 mF cm –2 ), Ni 3 P@NF (1.21 mF cm –2 ), A-NiCrP@NF (3.17 mF cm –2 ), CrP/Ni 3 P@NF (2.00 mF cm –2 ), Ni x P@NF (0.47 mF cm –2 ), Cr x P@NF (0.35 mF cm –2 ), and NF (0.28 mF cm –2 ) (Figures S25 and S26). The highest C dl of Cr–Ni 2 P/Ni 3 P@NF can be attributed to its unique amorphous/crystalline interface, which can provide more active sites during HER and OER processes, thereby leading to enhanced HER and OER activities. , …”

“…The highest C dl of Cr−Ni 2 P/Ni 3 P@NF can be attributed to its unique amorphous/crystalline interface, which can provide more active sites during HER and OER processes, thereby leading to enhanced HER and OER activities. 49,50 In order to gain a deeper insight into the catalytic mechanism of the highly efficient catalyst Ni 2 P−Ni 3 P heterojunction, we employed DFT calculations for further investigation. As shown in Figure 6a, we employed the Ni 2 P− Ni 3 P heterojunction model for comparison with the singlephase Ni 2 P and Ni 3 P structures.…”

Adjustable composition of self-supported amorphous Ni–Fe–P nanosheet decorated NiP microspheres for efficient and stable overall alkaline freshwater/seawater splitting

“…When evaluating the longevity and reliability of these electrocatalysts for practical applications, such as in industrial-scale water splitting, their stability under operational conditions was of paramount importance. 46,47 Accordingly, a rigorous test was performed, maintaining a constant current density of 50 mA cm −2 over a 50-hour period. The results, as depicted in the chronopotentiometric curve, exhibit minimal decline in performance, affirming the robustness of A-NiFeP/NiP-Fe:25% in OER applications (Fig.…”