Because of their distinctive bluish coloration, such samples are called blueschists.
Not all such samples are routinely accepted by testing laboratories, but with modern techniques even a few cells can provide a DNA profile.
Such samples are expensive and technically challenging to get.
Such samples are assumed to result in overestimation of CMT.
If such samples are used, the methods reported in [7 9] will lose the supporting prerequisite and become unusable.
Such samples are usually contaminated with drilling fluid filtrate that saturates the rock adjacent to the wellbore, but a guarded probe can eliminate this contamination.
Physical properties of such samples are strongly affected by the presence of intrinsic topological defects of polycrystalline materials dislocations and grain boundaries.
Given that such samples are only collected for the genetic information they contain, conceiving of them as any other type of data seems absurd.
Yet research indicates that such samples are not representative of their respective populations (Dura and Kiecolt-Glaser 1990; Gallagher et al. 1989; Haberfellner 2000; Stirman et al. 2005).
N such samples are grouped together and presented to a DFT processor, which, in turn, outputs N "frequency domain" samples, {y k)}.
This approach is based on the hypothesis that results derived from such samples are relevant to understanding OC symptoms in individuals with a diagnosis of obsessive compulsive disorder (OCD).
