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A similar behavior was suggested for Sr2 + ions [55,58].
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.
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The possibility that these findings might be involved in the neurobiology of suicidal behavior is suggested.
A possible approach to improving the reliability of the numerical detection of such behavior is suggested.
Alternatively, such short-term behavior is suggested by existence of long-range dependence in a graphical system model.
The transition from ductile to brittle behavior is suggested to occur in the temperature range of 175 to 220°C (Figure 4).
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.
A possible explanation for the effect of SiAlON formation and its composition on the debonding behavior is suggested by first-principles atomic cluster calculations.
From the signal-to-noise (S/N) ratio and the analysis of variance (ANOVA) of the test results, the effective parameters to control physical properties of a brake lining are obtained and manufacturing conditions for improved tribological behavior are suggested.
The importance of visual sense in Hymenopteran social behavior is suggested by the existence of a Hymenopteran insect-specific neural circuit related to visual processing and the fact that worker honeybee brain changes morphologically according to its foraging experience.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com