Sentence examples for concentration information from from inspiring English sources

Though recent work has demonstrated the possibility of using cw data for the recovery of chromophore concentrations and scattering parameters [ 10], for simplicity, here we concentrate exclusively on the problem of recovering concentration information from hyperspectral data.

The FAIR Health data are merged with hospital concentration information from the Centers for Medicaid and Medicare Services Provider of Services files, and with population counts and demographics information from the U.S. Census and the Area Resource File.

In this work, a subset of the publicly available NASA Structure and Liftoff in Combustion Experiments (SLICE) microgravity and normal gravity nitrogen-diluted methane flames has been considered, and a method to extract quantitative CH* concentration information from the SLICE raw data is demonstrated.

Six ovarian factors (BDNF, IGF-I, estradiol, GDNF, leptin and FGF2) were further studied based upon the expression of their receptors in oocytes and cumulus cells described above, as well as the availability of growth factor concentration information from previous animal model studies [1], [20], [21], [22], [23].

For concentration prediction from spectra acquired during the fermentation runs, the concentration information from offline fermentation samples, single analyte standards and binary standards was used for calibration.

The n + 1th measured concentration was predicted as described for the second concentration, but by using information from the first to nth concentrations.

Such an approach uses information from concentration changes along two temporal dimensions in combination: the age concentration relationship at a given time within each set of CSD (Ogura 2004; Van der Molen et al. 2000) and the cross-sectional trend as a function of calendar time (Ritter et al. 2009).

Information from concentrations of agonists that change with time, for example in pulses, may be lost.

DNA is information on the inside, but a bacterium swimming in the direction of a stronger sugar concentration, for example, is using information from outside to direct its motion in pursuit of more energy.

What seems to be challenging is to conceptually understand the difference in information from the concentration denomination: per cent or mass per unit volume, or the ability to set up the right calculation for the relationship between dose or mass, volume or amount and concentration or strength.

As such information from the concentration-driven experiments has a direct implication for future climate mitigation policies, this simulation style is now becoming popular among those who use ESMs, suggesting a new application of models in ESS for global environmental change projections.