It can be concluded that due to the condensation reaction between the anodised aluminium and silane compounds Al-O-Si covalent bonds are created.
It can be concluded that due to the higher potential in the crevice of CT specimen, determined by a more aggressive chemistry, the conditions within it are not representative for a realistic cladding flaw.
It can be concluded that, due to the performed analyses and the implemented protection measures, main steam line and main feedwater line breaks at the postulated break locations will not lead to consequential failures beyond the defined design basis for accident mitigation.
If the results in the rats are applicable to humans, it could be concluded that due to lacking STS during the first months of life, deconjugation of BPA-sulfate does not occur to a significant extent.
It can be concluded that, due to reported lack of toxicity (5) and sustained release characteristics, drug conjugates with oligo 3-hydroxybutyric acid) are proligo 3-hydroxybutyric pacidteraredrug carriers.
It was concluded that due to ability of interaction descriptors in prediction of binding mode, using this approach can be implemented in future 3D-QSAR softwares.
Therefore, it is concluded that due to its surface effect, pozzolanic reaction and microscopic aggregate filling effect, nano-particles have larger surface energy, to change the orientation degree of calcium hydroxide crystals in the interface transition zone and fill pores among cementitious materials, thereby improving the wear resistance and drying shrinkage of fly ash concrete.
It was concluded that, due to the lower reactivity of the titanium alkoxide during the sol gel preparation process, titanium is preferably located on the surface of secondary particles of silica, unlike the zirconium, which being more reactive, positions on the surface of the primary particles.
It is concluded that, due to thin-fin top-layer's simplicity in design and suitability to a variety of configurations and temperatures, the thin-fin design presents a potentially effective solution as a top-layer for ABPEM fuel cells among the prototypes.
It is concluded that due to the differences in the quantities actually measured by the two techniques, and the significant differences in the measurement length scales (microns to 1 2 cm for NMR/MRM, tens of centimeters for transient response methods), there is no reliable way of directly comparing these results.
Although other substrate temperature regimes also have been reported for MoS2 formation [14, 33], it is concluded that due to the complicated nucleation process, it is possible to find different optimal conditions to grow monolayer MoS2 flakes in different systems.
