Sentence examples for better understood with the 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.

That means it could be used to help predict, and so possibly prevent, some human errors.The human brain is a complex organ, but it is becoming better understood with the use of functional magnetic-resonance imaging.

Western hemlock and Douglas-fir growth after thinning and/or fertilisation can be assessed and better understood with the models.

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

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].

Scott, who is contracted for the next Olympic cycle, added: "Britain had more finalists than ever before with 23 in the pool, but we were not able to convert the two fourth and six fifth places into medals and that is what we hope to better understand with the performance debrief.

The nature of the processes on the two stages in the mental lexicon might be better understood with a closer look at the direction of the effects in area 44.

The physiopathology of septic shock is better understood with increasing data supporting the key role of oxidant stress, especially on endothelium damage [ 3- 5].

However, this would be better understood with more detailed information on the nature of LBP in relation to severity and consequences.

Furthermore, the function of microtubules in cells responding to extracellular stimuli might be better understood with more knowledge on how the predictions of β-tubulin epitopes and phosphotyrosine locations derived from microtubule model correlate with their exposure in cells.