Sentence examples for susceptibility probability from inspiring English sources

Examples of these properties are: the magnetization, magnetic heat capacity, magnetic susceptibility, probability angular distribution of the magnetization vector, and the associated angular dependence of energy.

LDA and LR provided very similar predictions covering the entire range of susceptibility (probability) value whereas the QDA resulted in a higher number of SU classified as unstable.

The shape of the response curve is now determined solely by the biological susceptibility to the nanoparticles, and thus, its differential provides the susceptibility probability distribution of the population; i.e., it describes the population-averaged vulnerability of the cells.

We present a theoretical method to calculate specific magnetic properties, e.g. magnetization curves, magnetic susceptibility and probability landscapes along the [100], [110] and [111] crystallographic directions of a crystal of cubic symmetry.

These indirect correlative approaches on naturally migrating wild organisms will allow for the 'discovery' of potential linkages between microparasites, genetic susceptibilities, and probability of disease (via levels of immune stimulation) that can be followed up in laboratory studies to better understand mechanistic linkages with disease.

We then determined transmission probability susceptibility parameter values (Susc) for each age group in order to give an epidemic that matched this attack rate profile.

Descriptive statistics for the probability (susceptibility) estimates, including the mean and the standard deviation, were obtained from the ensembles of the model runs.

To establish whether a hierarchy for caries susceptibility exists, the probability of finding each site carious for a given DMF-S score was calculated.

To our knowledge, the present statistical analysis is the first one that attempts to provide joint estimates for the duration of the short-term protection, the duration of the window of susceptibility and the probability to develop a long-term protection.

In cancer risk assessment, we often treat all individuals as of equal inherent susceptibility, and the probability of responding with a chemically induced tumor is treated as stochastic a matter of chance that is not probed for the underlying reasons as to why one subject responds and another similarly exposed one does not.

Rather, it simply illustrates that a large proportion of family clusters limited to blood relatives may occur by chance in the absence of genetic variation in susceptibility, particularly when the probability of infection is low and family sizes are large.