Sentence examples for the practical analytical from inspiring English sources

The practical analytical model of NCR and novel HGCHP system are established.

The practical analytical approximation La is far more practical than the basic integral representation of L, and is an important element of the NM theory.

The practical analytical utility of the C PVC electrode was demonstrated by the measurement of uric acid in human urine and serum samples without any preliminary pre-treatment.

The practical analytical utilities of the modified electrode were demonstrated by the determination of bismuth in pharmaceutical formulations, human hair, sea water, urine and blood serum samples.

The practical analytical utility of the proposed method was demonstrated by NADH spiked ascorbic acid (AA) and the results confirmed that the proposed method is suitable for the determination of NADH in the presence of AA.

The practical analytical utilities of the modified electrode were demonstrated by the accurate determination of OME in pharmaceutical formulation and human serum samples with mean recoveries of 100.97% and 98.58%, respectively.

As an extension of the NDIF method developed by the authors, a practical analytical method for the free vibration analysis of a simply supported polygonal plate with arbitrary shape is proposed.

Therefore, in this research, as the first step of practical analytical model development, the carbonation process model was reviewed focusing first on the reaction due to carbon dioxide increase and calcium hydroxide reverse diffusion in consideration to the carbonation main reaction and change in porosity development.

Our analysis is less concerned with identifying distinctions between the two fields than to identify where overlaps between the two fields offer practical analytical tools to each other.

As in the original study of Venkatesh et al. [ 46], for practical analytical reasons the constructs were operationalised by using the highest-loading itemsc from each of the respective scales (Table  2).

These include intrinsic changes to the ion structure induced under high temperature conditions as well as practical analytical benefits associated with analyte selectivity and decreased band-broadening observed at subambient temperatures.