Sentence examples for which could be rationalized from inspiring English sources

Perhaps unwisely, the union voiced a number of ancillary demands, like more free "FAM," or familiarization flights — accommodations in the jump seat of commercial cockpits — which could be rationalized as necessary for controllers to get familiar with the pilots' experience and the environment actually shaped by controllers' instructions.

Ti III) catalyst (10) was more active (285 kg PEcat mol−1 than h−1) than more electron-deficient Ti(IV) catalysts (8, 9) which could be rationalized to comparatively low Lewis acidity of Ti III) complex (Table 1).

The different fatigue-fracture surfaces of the BMG and BMG composite show somewhat different fracture mechanisms, which could be rationalized in terms of the effects of the second phase in the composite.

The catalysts developed (with various ligand systems) for homo- and co-polymerization give moderate to high activities, but the higher polydisperisities of the resultant polymers are the crucial problems which could be rationalized with weaker pyridine metal bond and are still unresolved.

This could be rationalized by the solubility approach in which the solubility of phenol is higher than 4-CP, 93 and 27 g/L, respectively, in the aqueous solution at 25 °C (Dabrowski et al. 2005).

Considering faster reduction of Rh oxide in contrast to slower reoxidation of Rh on ZrP2O7, the perturbation effect could be rationalized by the stabilization of metallic Rh species, which is more active than Rh oxide for the catalytic NOx reduction.

The better diastereoselectivity observed in anhydrous THF could be rationalized from the Cram cyclic chelated model, in which the ytterbium atom may coordinate the carbonyl group and the endocyclic α-oxygen atom of the sugar moiety.

This could be rationalized in terms of different growth patterns of the SiO2 coatings, which were identified from SEM micrographs.

As part of both ethical and scientific requirements for improving model value to the orthopaedic surgical community, this wide variety of models could be rationalized and refined to provide the basis for developing standards against which specific interventions could be compared directly.

The phenomena could be rationalized by the dielectric constant change of a solvent such as water, which is lower at higher temperature and lower pressure, and consequently less efficient in protein solvation.

According to O'Doherty, the result was "certainly not art, [but] time may make it so", depending on whether it could be "rationalized ... and placed in line for the future to assimilate as history, which it shows every sign of doing".