Exact(14)
The hydrogen effect was highest at low ΔK values.
This discovery "hydrogen effect" provides a novel approach to the design of SCR systems.
The hydrogen effect is attributed to the alteration of chemical potential and exchange current density of steel.
Hydrogen effect was clearly identified by the reduction in the number of cycles to failure comparing tests in hydrogen and in oil.
Although the mechanism of the "hydrogen effect" is under debate, the oxidative activation of hydrocarbons is the key step to obtain high SCR activity at lower temperatures.
Below 1 Hz, the decrease in numbers of cycles to failure was dominated by the frequency effect and not by the hydrogen effect.
Similar(46)
Hydrogen effects were predominant down to a frequency of about 1 Hz.
By comparison to fatigue crack growth rates obtained in air, it could be concluded that hydrogen effects are negligible at low ΔK and then increase with ΔK.
We performed molecular dynamics (MD) simulations to study hydrogen effects on nanovoid nucleation at nickel grain boundaries using an embedded atom method (EAM) potential.
Modeling of the hydrogen effects on the edge dislocation-interstitial solute atom interaction is discussed using a finite element analysis and the atom interaction energies are calculated in the presence of hydrogen.
These data suggest a role for conformational restriction due to phosphorylation, in addition to the electrostatic effects and hydrogen bonding effects of phosphorylation, in inducing structural change.
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