Previously we marked complexity of a choice of peak of a hyperbola of an element in the coordinates, satisfying the conditions Y [less than or equal to] 1, K [less than or equal to] X, as on an axis of ordinates the maximum value being a unit whilst the abscissa
can take values in the hundreds of units.
Then we divide the abscissa
of this point by 2 (straight and adjoining hyperboles cross at doubled value of atomic mass) we get X, equal to 46.
Functional R is shift invariant (2) with abscissa
homogeneity property (4) and ordinate homogeneity property (5)
Table 3 presents, in the order of analysis of the biomolecules, details on the spectral ranges used for integration (left and right abscissa
limits), the FT-IR absorption data for the pure components in the same spectral ranges used to measure the concentrations of the biomolecules in plasma, the statistical significance of any correlation with results by the comparison methods, and a summary of the statistical indices for linearity between methods.
denotes two types of temperature measurements:
The ordinate value of each point labeled with an "R" represents the probability that a patient result will be reported based on the single-pool (solid line) or two-pool (dashed line) multirule Shewhart QC procedure described in Materials and Methods under the condition specified by the abscissa
, assuming that the laboratory has the NCEP maximum allowable CVa and the NCEP maximum allowable bias.
Experimental points of the experimental curve should be equidistant abscissa
and their NP number equal to the NP calculated points, in order to effectively calculate the term:
On the abscissa
they used the mean value of the methods to be compared, to avoid regression towards the mean, and on the ordinate they plotted the calculated difference between measurements by the two methods.
The between-method differences are plotted both with the result for the laboratory method as abscissa
A series of plots can represent a conversion curve that has been normalized along the abscissa
at a starting point (t = 0).
diameter versus axial distance curve, can be obtained by multiplying the abscissa
1B), and the mass spectra of all 96 fractions are combined, producing a two-dimensional display of peptide masses in which the abscissa
displays the mass-to-charge ratio, the ordinate is determined by the retention time on the RP-HPLC column, and the signal intensity is depicted by color saturation (Fig.