Using this property, we successfully designed and calibrated liquid phase and gaseous phase ammonia sensors at very low concentrations (up to 20 ppm).
Such electroacoustic devices must first be calibrated with a liquid dispersion and then used to characterize a porous body.
The ratio of absorbance bands selected was calibrated using 1H liquid and 13C CP-MAS solid-state NMR as absolute techniques.
A1C was measured in whole blood with a calibrated high-performance liquid chromatography system (CV 0.8%).
The Imagent was calibrated to a liquid phantom of equivalent composition and optical properties at the midpoint (step 7) of the experimental range, i.e., µa (830 nm) = 0.125 cm−1 and µs′ (830 nm) = 10 cm−10
To extend use of this experimental set-up to higher temperature, the aNa2O of industrial C-glass has been calibrated as a reference liquid at temperatures up to 1263 °C.
The resulting chemical map is orientation-independent, assuming constant bandwidth, and after laser power normalization, the scale is calibrated with that of liquid CD3CN.
Expressions derived from experimental studies allow prediction of S contents, though they are not calibrated for shergottitic liquids, which are FeO-rich and Al2O3-poor compared to the terrestrial experimental dataset upon which the models have been based.
For all injections, droplet size was calibrated to 5 6 nl of liquid using standard methods (50 150 millisecond pulses with borosilicate glass needles calibrated for a bubble pressure of 50 70 kPa in water).
The reliability and accuracy of the model have been the subject of a comprehensive model calibration study, in which the model was calibrated against measured data, including liquid saturation, water potential and temperature.
