Sentence examples for the target quantity from inspiring English sources

The target quantity is the probability that the vector is not equal to 0. We focus on models assuming a single constraint so that the target quantity is identified by a nonparametric statistical target parameter.

For initial reaction conditions previously 'optimised' via standard procedures it has been possible in most cases to achieve a further improvement of 20 40% of the target quantity.

The approximation of an exact mass update operator defines the target quantity, which provides the best possible accuracy of the new masses without regard to any physical constraints such as conservation of mass or local bounds.

The procedure will be specific for the target quantity to be determined with the user-required precision and safety for the quantities of interest.

Furthermore, it is generally the case that the target quantity is measured through the nanomechanical device's motion, hence as we move to more sensitive devices, we require a detection method with comparable precision.

The location of the target quantity was exchanged at each successive trial.

Sampling locations were selected by probability sampling, so that in estimating the target quantities no model assumptions on the spatial variation were required, and valid estimates could be obtained by design-based inference.

Table 2 summarizes the target quantities produced by this approach using the Ct values generated from the amplifications summarized in Figure 7 (see additional file 3 for more details).

The amplification curves shifted to the right as the input target quantity were reduced.

Figure 2B shows the relationship between the threshold cycle of the EBV DNA PCR and the input target quantity.

It is the frequency of these "nil" aliquots that allow the average target quantity to be calculated using the equation: (14 Average target molecules per aliquot = -Ln(Nil/Total) where Nil and Total are the number of reactions that fail to produce amplicon DNA and the total number of reactions conducted, respectively [ 36].