Sentence examples for quantitative concentration from inspiring English sources

Quantitative concentration histories during the entire combustion stroke are shown for a number of fuel injection timings.

Demonstrated unique aspects of this work include an ability to measure binary mixtures and provide both qualitative (identification) and quantitative (concentration) information with array-ANN-based sensor methodologies.

The quantitative concentration dependences of the ionic li + j + s have been calculated for the system LiNO3+ atNO3 at 533 K for the entire range of the composition.

Whilst 2D-concentration maps with a high spatial resolution are prohibitively time-consuming to acquire using full k-space sampling techniques, CS enables the reconstruction of quantitative concentration maps from sub-sampled k-space data.

Some researchers have argued that the conductivity-based silver-enhanced detection is not applicable to quantitative concentration assays, because the electrodes are short circuited above a certain density of the silver-enhanced gold particles [4].

Thus, in a situation where quantitative concentration fluctuations produce salient differences in qualitative properties of an odor stimulus [18], generalization could provide the means of adapting to such variation.

The considerable experimental efforts to unambiguously assign intermediate species and to provide reliable quantitative concentrations are thought to be valuable for improving the mechanisms for higher alcohol combustion.

The first involves ratios between quantitative concentrations of well-measured elements with similar X-ray energies, while the second one involves multivariate analysis of elemental data for obsidian flakes across a variety of size classes.

This paper shows that quantitative concentrations can be measured by CRDS using a moderately narrowband multimode dye laser, even though the ring-down decays exhibit a multi-exponential behavior (nonlinear variation of the losses with the absorbance).

Profiles of OH, NH, and NO were acquired by laser-induced fluorescence (LIF) and quantitative concentrations of OH and NO were retrieved using a concept for calibration versus absorption utilizing the LIF-signal itself, whereas NH concentrations were evaluated employing a saturated fluorescence signal.

Therefore, this study used the weighing method to determine quantitative concentrations.