Fish behavior has also been altered by the saturation of CO2, studies have found.
This behavior has also been reported for Hawaiian Petrel Pterodroma sandwichensis and other species of Pterodroma.
Uniaxial ratcheting behavior has also been studied on this material and in both engineering and true stress controlling modes.
ECC shows desirable strain hardening and multi cracking properties in tension, and its anti-spalling behavior has also been proved.
In addition, influence of post treatment of the coating by two different methods, i.e. sealing and heat treatment, on the hot corrosion behavior has also been investigated.
The codeposition behavior has also been found to be consistent with the Guglielmi's model that was proposed for predicting the codeposition of nonconductive particles in metal matrix.
Furthermore, its electrofluorochromic behavior has also been disclosed at the potential range of 0 1.0 V, which demonstrates that the oligoaniline groups should be served as electroactive units in this electrofluorochromic system.
The consistent behavior has also been confirmed in terms of the end-surface free energy, σe, determined by the Gibbs Thomson plot and by the growth kinetics of crystallization.
The effect of the structure at the interface between (Gd0.9Yb0.1 2Zr2O7 (GYbZ) and 8YSZ layers on the thermal cycling behavior has also been investigated by comparing the double-ceramic-layer (DCL) coatings with gradient thermal barrier coatings (GTBCs).
Similar behavior has also been noticed for rest other combinations.
Similar behavior has also been reported for MoSe2 with a few layers [217].
