Only the oxidation (Li extraction) peaks at 1.71 and 1.96 V remain stable upon cycling, implying the structure change of the LiNb3O8 sample in subsequent cycles is reversible.
The main drawback using polymer in supercapacitor is the cycling stability because of typical shrinkage, breaking, and cracks appearing in subsequent cycles.
In subsequent cycles this peak becomes very pronounced and shifts downward to 0.25 V.
Therefore, after the first hydrogenation/dehydrogenation cycle is completed, only the YH1.9 → YH2.1 → YH3 transitions are observed in subsequent cycles.
Consequently, more aggregate reorientation occurs and the rate of viscoplastic strain increases in subsequent cycles.
In subsequent cycles, however, these phenomena failed to occur (LiPF6) or were weaker (LiClO4).
This is suggestive of a disordered angiogenic response at menstruation, which may have significant impact on vascular function and MBL in subsequent cycles.
In subsequent cycles the hydrogen purity drastically decreased as a result of severe catalyst poisoning by Li.
Volume change was measured during the first, anomalous reduction and in subsequent cycles using a bending bilayer.
The catalyst is easily recoverable and reusable in subsequent cycles of reaction without any loss of activity.
Instability in the hysteresis loops, where the load drops in subsequent cycles, is used as an indication of damage.
