Sentence examples for former cycle from inspiring English sources

In fact, former cycle courier Emily Chappell tells us just that in the link below.

However, the conversion rate was lower during the cold production phase in the former cycle than in the latter cycle.

Tony Dann, a former cycle courier with 14 years' experience riding in London, "can't really see the point".

Former cycle courier Emily Chappell tells us about her life on the road as a delivering documents and packages in London.

In its simplest form, this hypothesis predicts that movement speed and ATPase kcat of a wild-type/mutant heterodimer will be no more than twice those of the corresponding mutant/mutant homodimer, since the slow step occurs in every cycle of the latter and in every other cycle of the former.

The fact that the animals, when released into constant darkness after the 16L : 8D cycles, adopted rest-activity rhythms with an onset phase similar to their former 12L : 12D cycle (instead of maintaining the rest-activity profile they displayed in their previous 16L : 8D) supports the interpretation that their activity in 16L : 8D cycles was in fact preponderantly masked.

Mr Mubanga, a former motor cycle courier, made his allegations in June during a welfare visit.

The former rhythm appears to be endogenous and unaltered by a change in the illumination cycle; the latter exogenous since it varies with the illumination cycle.

For SIBs, TiO0.9(OH)0.9F1.2 · 0.59H2O exhibits capacities above 130 mAh g−1 in the former 20 cycles and capacities above 100 mAh g−1 in the former 115 cycles, which is quite large and it is potential for the further improvement of TiO0.9(OH)0.9F1.2 · 0.59H2O.

On the other hand, there is an important difference between the UC-CN model and the rest; the former presents cycles of long duration, practically exceeding the conventionally accepted limit (32 quarters).

For LIBs, TiO0.9(OH)0.9F1.2 · 0.59H2O delivered a stabilized capacity of 200 mAh g−1 under a current density of 25 mA g−1 in the former 120 cycles; the capacities of 150 mAh g−1 and 140 mAh g−1 are also exhibited without observed fading after 500 cycles at 125 mA g−1 and 250 mA g−1, respectively, which demonstrated the highly reversible cycling stability of TiO0.9(OH)0.9F1.2 · 0.59H2O.