Sentence examples for be attributed to ordering from inspiring English sources

It could be attributed to ordering or axial alignment of polymer chains into the nanopores of the template during the infiltration process [21, 22].

The monoclinic crystal structure is closely related to the high-temperature cubic B2 phase; the departure of the structure from the B2 phase can be attributed to ordering of Pt atoms on the Ni sublattice and relaxation of the atoms (shuffle displacements) from the B2 sites.

This behavior may be attributed to the ordered nanotubular structure and the great surface area.

The catalyst supported on gCMK-3 carbon resulted to be the most effective in both the methanol and ethanol oxidation, which can be attributed to its ordered structure and high electrical conductivity.

The outstanding performance of Pd/N-MCN in ORR could be attributed to its ordered mesopores, large surface area, homogeneous budding of abundant Pd active sites, graphitization generated by Pd catalysis, and the synergistic effects of Pd nanoparticles strongly coupled to N-MCN.

These apparent recombinations may largely be attributed to incorrect ordering, when possibly more likely orders could not be solved by CRIMAP [ 14]. aNumber of markers.

This can be attributed to an order-of-magnitude higher heating-cooling rate (ca. 1 × 1010 K/s) for PLAL [23] than PLA process and hence a pressure effect to form smaller sized nanocondensates.

Our results demonstrate that a significant fraction of the phenotypic variance of swine prolificacy traits can be attributed to first-order gene-by-gene interactions emphasizing that the phenotypic effects of alleles might be strongly modulated by the genetic background where they segregate.

Considering that the endothermic transition is derived only from SE, the unchanged enthalpy must be attributed to still highly ordered SE layers in hem1Δ.

The maximum applied field, 8 kOe, does not saturate the magnetizations which should be attributed to weak ferromagnetic ordering of the spins in the nanoparticles.

The large areal capacitance and excellent rate capability can be attributed to the unique 3D ordered porous architecture which facilitates electron and ion transport, enlarges the liquid-solid interfacial area, and enhances the utilization efficiency of the active materials.