Sentence examples for both systems are presented from inspiring English sources
General analytical models for both systems are presented and simulation methods explained.
Typical data obtained with both systems are presented, and it is shown how these data can be combined to completely characterize the elasticity of the material under investigation.
In this paper, both systems are presented in their structural and operating characteristics together with the main results of the code application for their simulation.
Good illustrations of both systems are presented in literature (Narayanan et al. 2010; Paital and Dahotre 2009a; Surmenev 2012).
Performances curves (R20 and MRR) for both systems are presented in Figure 2. The TB classifier shows rather constant effectiveness since 2006, reaching from 0.28 to 0.31 for Recall at 20 and varying between 0.23 and 0.24 for MRR.
The results of a preliminary experiment designed to study the relationships between both systems is presented.
As a final assessment of the ability of the new data acquisition system to reproduce the capabilities of the original TOFOR system, a thorough comparison of results produced using both systems is presented.
A deeper explanation of both systems is presented in Sections 4 and 5 where the similarities and differences of both approaches are highlighted, and the results are shown.
The weekly accumulative irrigation water added (Dg) to tomato throughout crop growing period for both Systems were presented in Fig. 5.
Both systems are present in fission yeast, although the Cak1p orthologue (Csk1) appears to be responsible for activating the Cdk7 orthologue (Crk1, also termed Mcs6), which is the direct CDK activator in vivo [ 80].
In most organisms in which both systems are present and have been characterized, the Isc system is the basal, housekeeping Fe S cluster biogenesis pathway used under optimal growth conditions while Suf has been adapted to function as a stress-responsive cluster biogenesis pathway used under conditions that perturb Fe S cluster metabolism.
