Sentence examples for structure has been explained from inspiring English sources
The role played by the sulfate/chlorine ions in getting one-dimensional structure has been explained earlier.
The dependence of hydrophobicity of the film on its structure has been explained in terms of the amount of air spaces observed in the nanoscale in an earlier work[7, 8].
The observed difference in growth behavior with PO2 and grain boundary structure has been explained in terms of the change in step free energy and the critical driving force for appreciable migration of the boundary.
The stability of the structure has been explained by the formation of an oxygen overstoichiometric phase (LaMnO3+δ) which is thermodynamically more resistant to chlorination than the stoichiometric LaMnO3.
Although many of the structures have been explained theoretically, a large number remain enigmatic, and a complete synthesis of the system is still lacking.
Such structures have been explained as camouflage or defence, but the possibility that they might be under sexual selection has not previously been explored.
This dimorphism in brain structure development has been explained through physiological changes during brain development related to the action on sex steroid receptors [ 15– 17], with adolescence being the age where the majority of steroid-dependent remodelling brain changes take place [ 18].
The observed anisotropic structure within marine sediments has been explained by the presence of aligned cracks (e.g., Haacke and Westbrook 2006; Haacke et al. 2009).
The weak phylogeographic structure found today in goats has been explained by a high mobility of this species in relation to human migration and commercial trade [12], [13], [34].
Yet, no geographic population structure has been detected, which has been explained by an apparent lack of homing behavior, and dispersal mainly determined by prey availability and opportunistic selection of suitable nursery grounds (Genner et al., 2008).
This synergistic effect of the cap structure and the poly(A) tail has been explained by a cap-eIF4E-eIF4G-PABP-poly(A) closed loop structure, which could facilitate the recycling of ribosomes [25] and protect from nucleolytic degradation [26].
