Sentence examples for samples are commonly from inspiring English sources

High-rate GNSS data, able to generate and output 50-Hz phase and amplitude samples, are commonly used to study electron density irregularities within the ionosphere.

The Bi2Se3 and Bi2Te3 samples are commonly fabricated through chemical solution synthesis, molecular beam epitaxy, and chemical vapor deposition [10, 14, 15].

Fish samples are commonly used as an indicator of Hg exposure (Dabeka et al. 2003, 2004; Thom et al. 2006; Konig et al. 2005; Virtanen et al. 2005; Wennberg et al. 2007; Yoshizawa et al. 2002; D'Itri and D'Itri 1975).

Fecal samples are commonly frozen for predator based cafeteria trials.

For example, plasma samples are commonly used to estimate circulating steroid levels in whole blood, but steroid levels in plasma and whole blood could differ.

In the absence of an internal control, such samples are commonly identified as 'negative', which is with hindsight incorrect: in our hands, detecting amplification inhibition using phages as internal controls, and testing tenfold dilutions of the nucleic acid extracts demonstrated that some of these samples were actually positives.

The development of molecular methods for age estimation allowing to use human specimens that possess no morphological age information, such as bloodstains, is extremely valuable as this type of samples is commonly found at crime scenes.

In addition to the data collection procedures, establishment of the relationship among the collected samples is commonly recognized as another significant issue in such a scenario, i.e., constructing the 'context' information [2].

For remote collection sites (NFJ), samples were commonly stored at the field site at −20°C until transport to AHRI.

The concentration of experimental AuNR samples is commonly determined using spectrophotometric methods that compare the optical density measured in each sample against a standard curve.

Thus, the surface of these samples is commonly analyzed by Fourier Transform Infrared Spectroscopy (FTIR); this technique is suitable for analyzing chemical changes at the surface of bioactive materials.