Such cyclic softening behavior is suggested to result from the production of excessive free volume in MGs, which decreases the critical stress for shear band initiation.
The non-monotonic behavior is suggested to be a result of coupling between phase evolution and mechanical properties, leading to a time dependence of the effective temperature.
The transition from ductile to brittle behavior is suggested to occur in the temperature range of 175 to 220°C (Figure 4).
Although concomitant neuronal viability was not measured, the lack of impaired behavior was suggested to reflect minimal loss of neurons in relevant areas of brain.
Auroral behaviors were suggested to differ during PI and MI, indicating that these differences can be used potentially as optical counterparts of SC-related FACs (Motoba et al. 2009).
Then, two types of behaviors, agent behaviors and swarm behaviors, are suggested to rule the search strategy.
Further researches on adolescents' suicidal behaviors are suggested to update temporal data and assess the effectiveness of potential interventions.
For example, eating behavior changes were suggested to be less common among carriers in two studies [ 4, 5], but in another study were observed in 100% of carriers [ 7].
Changes in maternal behavior were suggested as the key factor underlying long-term effects of early maternal separation for different duration on the offspring behavior [ 48].
From a clinical point of view, such a postural behavior has been suggested to reflect an adaptation to the loss of the lower leg afferents and efferents because of the unilateral lower-limb amputation [14], [15], [17].
