Sentence examples for be better understood with from inspiring English sources

Also, the dynamics of Coronal Mass Ejections (CMEs) can be better understood with the help of in-situ magnetic field data at the L1 point region.

It emerges from this systematisation that important aspects of these methods can be better understood with the help of the distinction between risk and uncertainty.

The laminar and creeping fluid flows (with lower Reynolds number) can be better understood with the help of Lattice Boltzmann method.

Since maps based on global or regional datasets may not be tailored to country specific circumstances, their applicability at national scales needs to be better understood with appropriate case-studies.

In this section, we shall determine the JBW∗-subtriples of a JBW∗-triple M which are Čebyšëv subspaces in M. The scarcity of non-trivial Čebyšëv C∗-subalgebras in general C∗-algebras can be better understood with the following result due to Pedersen: If A is a C∗-algebra without unit and B is a Čebyšëv C∗-subalgebra of A, then (A=B) (compare [7], Theorem 4).

These innate differences in appetite and hence, eating style and behavior, are coming to be better understood with the work of researchers like Walter Kaye, M.D., at the University of California, San Diego.

Even after two decades of use, these modalities continue to evolve as their biophysical and kinetic basis is better understood, with improvements in pulse sequences and accelerated imaging techniques and through application of more robust and automated data analysis strategies.

A hazard curve displaying the concept of confidence (Figure 4B) was better understood, with more participants also finding it easier to read than the curve with percentiles (Figure 4A).

This is better understood with the example in Fig. 1. Figure 1 a shows the probability distribution function (PDF) of the execution times collected from R=1000 runs of a synthetic program running on a MBPTA-compliant platform [8].

Since X is a set while A is an algebra, f is better typed as f : X→U A) where U A) denotes the underlying set of A. And the relationship of X to B is better understood with the notation B = F X) denoting the free algebra generated by the set X.

This is better understood with an example, as illustrated in Figure 4, for the case where β = Red (R), and i = j = 2. Figure 4 Application example for Equations 6 and 7, where β = R, and i = j = 2. Similarly defined as was the BIG fuzzy set, this set is defined as the SMALL fuzzy set.