Improved corrosion behavior was attributed to the release of inhibitor as corrosion occurred.
On the other hand, the bioaccumulation of nZnO-HMP was greater than could be attributed to the release of free Zn from the particles.
The company said much of the increase could be attributed to the release of "Harry Potter and the Order of the Phoenix," the fifth book in the series, which sold almost 1.8 million copies on its first day in Britain alone.
The release of silver in physiological environment was monitored and it was found that the excellent antibacterial property of the treated coatings was attributed to the release of silver.
Nevertheless, toxicological studies have proved that QDs for better or worse pose threats to diverse systems which are attributed to the release of metal ion and specific characteristics of nanoparticles (NPs), hampering the wide use of QDs to biomedical area.
This re-distribution of residual stress can be attributed to the release of the "far field" bending stresses when the pipe was sectioned into the strip in both the hoop and axial directions.
Further, at the higher altitude, a marked rhizosphere effect was detected, as indicated by greater concentration of TOC, water extractable organic C, and available P, and its fulfillment was mainly attributed to the release of labile organics through rhizodeposition.
It was concluded that the increase in entropy, attributed to the release of hydration waters as well as bounded ions from the adsorbent and protein surface due to interactions of the protein and adsorbent, was a major driving force for the adsorption of GMP on the anion-exchange adsorbent.
In particular, a prediction of geopolymer mechanical performance can be obtained from the temperature at which the high-temperature expansion peak attributed to the release of strongly chemically-bound water is observed; high-strength samples generally display this expansion at a higher temperature than low-strength samples.
The Ti Cu N coatings exhibited excellent antibacterial ability, and an effective reduction of 99.9% of Escherichia coli (E. coli) within 12 h was achieved by contact with the alloyed surface, which may be attributed to the release of copper ions when the Ti Cu N coatings in contact with bacterial solution.
