Sentence examples for it may be explained as from inspiring English sources
The fact that cotton put into fire generally burns does not mean that fire is a cause of burning; rather, it may be explained as a "habit" that has no character of necessity.
That case therefore, however it may be explained as one of the exceptional cases, is nevertheless a clear authority shewing that this Court has granted an injunction prohibiting the commission of an act in respect of which the Court could never have interfered by way of specific performance.
It may be explained as follows: first, the anti-reflection effect of SiNW-based cells in short wavelengths is not as good as in long wavelengths (refer to Figure 5); second, the interface of the n-type SiNWs and i-type μc-Si H layer influences the collection of photo-induced electrons, especially the photo-induced electrons in the short-wavelength range.
The occasional presence of the M mitochondrial genome in females cannot be such evidence, because it may be explained as a byproduct of the dispersed pattern of sperm mitochondria in eggs that have already been determined to develop into females.
It may be explained as a simple regression to the mean, the mean having been skewed by the event of acute psychosis.
This may be due to different protein turnover rates in these species, or it may be explained as a consequence of a greater divergence of the species' proteomes.
Low concentration of zero-valent sulfur may be explained as well by the absence of phototrophic sulfide oxidizing bacteria bloom during that time period.
It is suggested that the effects may be explained as cost reducing strategies on behalf of consumers which would lead to an increasing importance of distance to nearest facilities/destinations.
First, rational self-control may be explained, as it is on Wallace's account, in terms of specifically Kantian conceptions of practical reason and moral agency (Wallace, 1994: 12 17).
The reasons for these observations may be explained as follows; it is well known that the conductivity of a sample depends on the number of grain boundaries, surface roughness, impurities, film cross-section, and number and size of voids in the electron path that cause scattering of electrons resulting in the loss of energy.
