Sentence examples for mts performance from inspiring English sources

Although the theory behind the potential for low-mass MTS performance was characterized over a decade ago (briefly summarized herein), the actual repeatable fabrication of cryogenic recuperators using this technology is new, and interesting technical hurdles in performance and manufacturing are discussed herein.

Obviously, MTSC and MTS perform the same for MarginPBGT values inside the allowed interval (i.e., [−6.9 12.9] dB). Figure 8 Margin deviations for MTS and MTSC in Scenario 1. Figure 9 MTS performance in Scenario 1. PTS shows a similar behavior in Scenario 1. Figure10 presents the power deviation in the scenario for each cell.

Damage to the prefrontal cortex (PFC) is associated with impaired MT performance [McDowell et al., 1997].

We next investigated the association between MT performance changes and neural changes where the effects of MT training were observed through simple regression analyses.

However, the extent to which mitochondrial (mt) performance (power and endurance) is adapted to habitats and life strategies of vertebrates is not well understood.

However, areas of the lateral prefrontal cortex such as the dorsolateral PFC (DLPFC) and ventrolateral PFC (VLPFC) also play an important role in MT performance [Tachibana et al., 2012].

We investigated the impact of intensive MT on performance of a delayed-recognition working memory task with face stimuli.

For MT-PCR performance, a strip tube containing Step 1 multiplexed primers was placed in a thermal cycler, along with a Gene-Disc containing lyophilised Step 2 reagents and oil (for covering PCR reactions) on the robot deck.

This value was used to investigate the association between neural changes following MT-training and performance improvement of MT-training.

MT-training improves performance on untrained MT tasks and alters the functional activity of the brain during MT. However, the effects of MT-training on neural mechanisms beyond MT-related functions are not known.

The Stroop task was also associated with improvements in MT-training-related performance that may have resulted from increased efficiency of cognitive interference resolution, which is important for MT-training tasks and Stroop performance.