The phrase "analysis of test samples" is correct and usable in written English.
It can be used in contexts related to scientific research, quality control, or laboratory work where samples are being examined or evaluated.
Example: "The analysis of test samples revealed significant differences in the chemical composition of the substances."
Alternatives: "examination of test samples" or "evaluation of test samples".
The results from proximate and ultimate analysis of test samples are shown in Table 1.
Surface and subsurface analysis of test samples was carried out to identify the wear processes taking place under these differing contact conditions.
Open image in new window Fig. 1 In situ soil profile at chainage 8 + 450 RHS Open image in new window Fig. 2 Gradation analysis of test samples along the selected highway.
The analysis of test samples then eliminates variation due to extraneous sources from the calculation of the calibration curve and the precision estimates for that curve.
The strip can be considered as suitable for on-the-spot analysis of test sample formulations either by farmers, extension workers, quality control officials etc., to generate preliminary prima facie evidence in case of doubtful samples of substandard insecticide formulation.
Data analysis is done from following angles: analysis of the structure and utility of test samples, variables analysis of SMCCM and utility, model analysis of interaction between SMCCM and utility.
A standard curve was generated for each primer set, performed in triplicate.> RT-qPCR analysis of the test samples was performed using 1 μL of cDNA (or PCR-grade water, for the negative control wells) added to a premix consisting of 5 μL SYBR Green 1 (Roche Applied Science, Eugene, Oregon), 0.5 μL of 20 μM of each forward and reverse primer, and 3 μL of PCR-grade water for a total volume of 10 μL.
The regression analysis estimated the cost of testing samples with an error of 2.32%.
Some test systems additionally offer the possibility of an independent confirmatory analysis of a test sample.
The percentage of proliferative cells was calculated based on the CFSE fluorescence profile analysis of the tested samples compared to that of the fixed undivided control cells (treated with 10 μM of colchicine) using the FlowJo software.
The toughening mechanism was well understood by fractography analysis of the tested samples.
