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In this paper, the elastic constants of limited-size Cr2O3 doping on 0.2 PZT–0.8 piezoelectrictriceramicic wafer sample are determined and the measurement errors are analyzed.
The categories belonging to the sample are determined according to the nearest center point, and the second stage SVM model is used to classify them.
The concentrations in the sample are determined by atmospheric CFC concentrations and Henry's law describing the proportionality of gas dissolution to its partial pressure.
Copies per sample are determined by comparing samples against the standard curve.
The planar positions of the fluorophores in a sparsely activated sample are determined by the use of Hogbom's classical CLEAN algorithm (18) in conjunction with a mask-fitting algorithm of the Airy spot.
Briefly, differences in the total amount of DNA present in each sample are determined by normalizing to a calibrator (the control region on chromosome 6), and the difference between the normalized values for S phase and G2 samples at the region of interest is used to determine the relative quantity of S phase DNA at that position.
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The protein concentration of each sample was determined with a Micro BCA Protein Assay Kit (ThermoScientific).
Protein concentrations for each sample were determined using bicinchoninic acid (BCA) protein assay kit (Thermo Scientific).
The Mn concentration for each sample was determined by triplicate measurements.
Chemical composition of the sample was determined by EDX analysis.
The supernatant was carefully removed, and concentrations of each sample was determined using a bicinchoninic acid (BCA) assay.
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