Sentence examples for sample capabilities from inspiring English sources

Whilst engineering of novel sorbent materials has expanded the sample capabilities of rival method of solid-phase microextraction, the single-drop microextraction – irrespective of the mode of extraction – uses common equipment found in analytical laboratories sans any modification, and in a much economic way.

There is a plentitude of genotyping technologies with similar multiplexing and sample capabilities as PrASE.

Single-wavelength excited multicolor emissions are of critical importance for multiplexing (simultaneously detecting multiple analytes/targets in a sample) capabilities in imaging or the throughput increase of bioassays.

Larger plate widths (5 cm) were also briefly investigated and it is concluded that large width plates could be easily implemented to maintain multiple sample capability.

CHEMKIN software is used to establish the reaction timescales which dictate the required fast sampling capabilities.

Under the category "Electronica" in record stores, one finds veterans like Kraftwerk or Tangerine Dream as well as D.J.'s who have traded turntables for the sampling capabilities of the home computer.

Because of its high resolution and excellent spatial sampling capabilities, BIMA is the premier imaging instrument in the world at millimeter wavelengths.

Although SPME has demonstrated extraordinary versatility in sampling capabilities, the technique continues to experience a tremendous growth in innovation.

Recently, we have implemented a new QM/MM method (Fireball/Amber), which combines an efficient density functional theory method (Fireball) and a well-recognized molecular dynamics package (Amber), offering an excellent balance between accuracy and sampling capabilities.

The researchers are continuing to refine their designs and are incorporating noninvasive DNA and RNA sampling capabilities into the actuating units of the arm system, with the goal of being able to capture fragile sea creatures, experiment on them in an "underwater laboratory," and release them unharmed.

Although the mobility and rapid sampling capabilities of direct-push techniques have led to their widespread use for evaluating the distribution of organic contaminants, complementary methods for the characterization of spatial variations in geochemical conditions have not been developed.