"recuperation phase" is correct and usable in written English.
This phrase is typically used to refer to a period of recovery or healing from an injury, illness, or other issue. For example, you could say "After the surgery, I began the recuperation phase of my recovery."
The evolution of the platelet count was similar in the two groups, in the decay phases as well as in the recuperation phase.
Remarkably, we found an increase of resting blood flow by 23% to the measured baseline level (Baseline: 7.3±3.4 vs. end of recovery 9.0±2.7 ml/100 ml/min) after the recuperation phase.
For the first time in this study, we have examined how a cycle of season-long stress, followed by a short recuperation phase and then intensive pre-season training, influences body composition, blood flow and endothelial/immune function in professional soccer players.
Our second hypothesis states that in the post-BR recuperation phase these changes would reverse to pre-bed-rest levels for both APAs and RRs.
Results: Significantly higher heart rates were found during both the test and recuperation phases of the squat technique with each of the three loads (p <.05).
A significant reduction in body mass was found at the end of the recovery phase, followed by a slight increase after pre-season training (end of regular season: 90.1±5.6 kg vs. after 4 weeks recuperation: 88.3±5.9 kg vs. after pre-season training: 88.5±4.0 kg).
For nonstoichiometric redox reactions that produce CO and H2 from CO2 and H2O, heat recuperation from the solid phase is a promising mechanism to improve the cycle efficiency.
In addition, thermodynamic studies have indicated the need of solid phase heat recuperation in order to reach high process efficiencies, which adds further complexity to the design.
It is therefore of interest to investigate the potential for heat recuperation from the solid phase of the reactive material for reactor concepts based on particles.
Further, heat recuperation from the solid phase has been shown to be crucial for the achievement of high efficiencies using reactive material undergoing nonstoichiometric redox reactions at different temperature levels.
The reactive material is assumed to be porous ceria, where heat recuperation from the solid phase is achieved through radiation heat exchange between reduced and oxidized elements moving in opposite directions.
