No such behavior is observed in rhesus macaques though (C. Dubuc, personal observation; Bercovitch 1992b), and hence, harassment is unlikely to have contributed to the top-ranking males' reduced access to females in our group of rhesus macaques.
No significant interference on emission behavior is observed in the presence of various metal ions.
This behavior is observed in the ODH of n-butane with both O2 and N2O.
We note that similar behavior is observed in several other LEX-RS cathodes, such as Li Ti Fe oxides and Li Nb M oxides (M=Ni, Co, Fe 6, 8, 10.
Softening behavior is observed in NC Ni with grain size <40 nm, i.e., an inverse-like Hall Petch effect.
A statistically similar behavior is observed in different forms of the dissipated energy as the material degrades.
Similar hydraulic fracture behavior is observed in a model with preexisting fractures disconnected to the fluid injection.
This non-linear behavior is observed in terms of a softening behavior and the decrease of normalized amplitude response with increase in excitation voltage.
A Hall Petch-like beHall Petch-likeved in the Co/Mo multilayers, in which the fitting parameter n is found as large as 0.93.
Similar behavior is observed in the diffusive reaction of Li and Si bilayer films, suggesting that lithium-metal alloys in general are likely candidates for solid-state amorphization.
Under larger applied voltages, of around 30 V, qualitatively different behavior is observed in which the resistivity increases as a function of time.
