Sentence examples for improved cycle from inspiring English sources

The resulting porous Si C composite material showed greatly improved cycle performance, good rate capability, and high dimensional stability during cycling.

The electrochemical performance of the coated materials by galvanostatic cycling studies suggest that 2.0 wt.% coated La2O3 on LiCoO2 improved cycle stability (284 cycles) by a factor of ∼7 times over the pristine LiCoO2 cathode material and also demonstrated excellent cell cycle stability when charged at high voltages (4.4, 4.5 and 4.6 V).

This strategy was further demonstrated to enable significantly improved cycle performance in Cu current collector, 10 cm2 pouch cell and Li-S batteries.

The electrochemical measurement of the hybrid material also shows improved cycle stability and rate performance with high sulfur loading (61.04%).

Furthermore, the 1 wt.% NAF-coated electrode also shows improved cycle and rate performance at 55°C.

As anode materials for LIBs, the Co/Co3O4 C core-branch nanowire arrays exhibit high reversible capacity, improved cycle stability as well as good rate capability.

The yolk-shell structured porous nanowires deliver significantly improved cycle stability and coulombic efficiency as active material for both lithium and sodium-ion storage compared with that of pure SnO2 porous nanowires.

In charge discharge cycle tests, the decay of discharge capacity with increasing cycle number was suppressed by partial substitution with either Ti or V, and the alloy partially substituted with both Ti and V, Mg0.9Ti0.06V0.04Ni, exhibited further improved cycle performance.

Of the compositions investigated, the LiZn0.08Ni0.42Mn1.5O4 delivered improved cycle-life and C-rate performance even at elevated temperature compared with those of Zn-free LiNi0.5Mn1.5O4.

These estimates are based on the assumption that the new users of improved cycle/walk facilities are best represented by self-declared potential users of such improved facilities.

Our estimates are based on the assumption that the new (and unknown) users of improved cycle/walk facilities are best represented by self-declared potential users of such improved facilities.