Sentence examples for atomic absorption methods from inspiring English sources

As for the atomic absorption methods, graphite furnace atomic spectrometry (GF-AAS) with a suitable chemical modifier (such as, lutetium [26], ammonium 12-molybdophosphate [27], palladium [28] and magnesium nitrate [24]) has been widely used for the analysis of beryllium in urine, environmental samples and tissue digests with detection limits in the range of 2 to 20 ng L-1.

Atomic emission spectrometry with inductively coupled plasma (ICP-AS) (Optima 4300 DV), capillary electrophoresis, ICP-MS, and atomic absorption methods were used.

Content of palladium in the sensor materials was determined by an atomic absorption method using a spectrophotometer AAS1N Carl Zeiss (Jena, Germany) with a flaming atomizer.

Validation of the developed method was carried out against electrothermal atomic absorption spectrometry analysis without statistically significant differences between the proposed method and the atomic absorption method.

Iron concentration measurements were performed using a previously described atomic absorption method [ 19], and the colorimetric method of Doeg and Ziegler [ 20].

A flameless atomic absorption method for the coextraction of platinum and palladium from biological and environmental samples by high molecular weight amine (HMWA) is given.

Our group previously used an atomic absorption method to establish that these doses of Pb exposure correspond to environmentally relevant whole-blood Pb concentrations of 15 and 40 μg/dL for 55 and 230 ppm, respectively (Carmouche et al. 2005).

The concentration of inorganic mercury (Hg) in red blood cells was determined by the method described by Magos [ 15] using a flameless atomic-absorption method.

The concentration of mercury was measured using a flameless atomic-absorption method, and the concentration was calculated using a standard calibration curve prepared using a standard Hg concentration.

Analytical methods included mass spectrometry, atomic absorption, molecular methods, and microfluidic techniques.

Several analytical methods were presented, including mass spectrometry, atomic absorption, molecular methods, and microfluidic techniques.