The phrase "a remarkably improved performance" is correct and usable in written English.
It can be used to describe a significant enhancement in someone's or something's performance, often in contexts like sports, academics, or work-related tasks.
Example: "After months of training, the athlete delivered a remarkably improved performance at the championship."
Alternatives: "a significantly better performance" or "an exceptionally enhanced performance."
Moreover, SiO0.73 nanorods are further modified by carbon nanolayers and present a remarkably improved performance (595 mAh g−1 after 60 cycles).
The results are presented in Table 4, showing that MISCORE can achieve a comparable separability performance to IC and a remarkably improved performance than MAP score, which is indicated by the average Sep scores on the three data groups, that is, [ Sep IC, R), Sep IC, R l), Sep MAP, R), Sep MAP, R l)]= [-0.144, 0.016, 0.273, 0.374].
The synergism between MnOx, N moieties and carbon spheres proves to be responsible for the remarkably improved performance, as compared to the pure carbon sphere and MnOx (N -doped carboN -doped.
The battery with 1 μm porous Si and PPAN composite electrode exhibits a remarkably improved electrochemical performance with a coulombic efficiency ≥99.5% even after 220 cycles.
By employing the NPCP as a reservoir to impregnate sulfur for lithium-sulfur batteries, the resulting carbon/sulfur composite (NPCN/S) shows a remarkably improved rate performance and superior long-term cycling stability with an extremely low decay rate (0.1% per cycle) up to 300 cycles at a high rate of 2C (3350 mA g−1).
As an anode for lithium ion batteries, the CoNi2S4 nanorod material exhibits a remarkably improved electrochemical performances in terms of lithium storage capacity (1575.1 mA h g−1 at 100 mA g−1 rate), initial coulombic efficiency (79%), cycling stability (76% capacity retention after 50 cycles).
Gas sensing tests indicate that the NiO/SnO2 microflowers exhibit a remarkably improved gas sensing performance compared with pristine SnO2.
The composite electrode exhibited a remarkably improved cyclability and a good high-rate performance: a discharge capacity at the 900th cycle was 710 mAh g−1, and a specific capacity per Si weight was as large as 1870 mAh g(Si −1 even at a high current rate of 4.8 C.
These findings not only suggest the promising application of self-supported MnCo2O4@Ni3S2 CSHs as advanced SCs electrode materials but also provide an alternative way for constructing next-generation high-performance SCs with remarkably improved electrochemical performance.
Lay out a plan for improved performance.
Embedding a small percentage of well-dispersed graphene nanosheets (P2BA0.5%-G0.5%) in epoxy coating remarkably improved anticorrosion performance and wear resistance properties, which was attributed to the synergistic effects of the redox catalytic capability of P2BA, high mechanical and barrier properties of well-dispersed graphene nanosheets in the epoxy matrix.
