Sentence examples for of a large differential from inspiring English sources

Not all, however, would accept that the coerciveness of a large differential in bargaining power depends upon its causal origins.

Therefore, the 22 remaining breast cancer datasets were considered to be datasets with good test performance on the basis of a large differential index (≥9%).

This further demonstrates that CNB, performed in patients with suspected LPD in the context of a large differential diagnosis, permitted not only a precise diagnosis of lymphoma to be made but also lymphomas to be distinguished from other malignant diseases and benign processes.

There was, however, a large differential increase of notch homolog 2 (Drosophila) N-terminal like (NOTCH2NL).

Therefore, by having category-oriented LRs and asking only few appropriate questions, the physician can objectively reduce the probability of a large number of differential diagnoses and limit the list of differential diagnosis.

It consists of a large set of differential and algebraic equations, which is computational intensive and challenging to solve using single-processor based dynamic simulation solution.

The underlying mathematical formulation consists of a large number of differential-algebraic equations (DAES) which result from the lumped-parameter approximation used to describe the several process units.

The model consists of a large structured system of differential algebraic equations, where the numerical complexity is due both to the stiff nature of the kinetic mechanism and to the flame structure around the droplet.

The variables in the Euler equations as well as the physical grid coordinates are collocated via Lagrange interpolating polynomials and the problem is then cast in the standard form of a large system of ordinary differential equations, dx/dτ=q(x), which can be solved using standard solution techniques that do not require an explicit criteria for the minimum time step.

By considering the density of pits bound with 0, 1,… up to a maximum of p m LDL particles, we construct a system of a large number of ordinary differential equations (odes) (specifically, a system of size p m + 1, 0 < p m < ∞), that enable us to monitor how the total number of pits per unit volume and their occupancy change over time.

This is a powerful tool that can be used for many purposes, including derivation and visualization of a larger number of differential equation systems.