Sentence examples for upper and lower temperature from inspiring English sources

Solutions for a stationary process and that carried out at the active upper and lower temperature limitations have been presented.

Comparatively, a good agreement between theoretical and experimental data, especially in the upper and lower temperature zones was obtained.

The cooling of the FW has to comply with the material's upper and lower temperature limits and requirements from stress assessment, like low temperature gradients.

In the multiplicity region, the order of net hydrogen yield from high to low is the middle, upper and lower temperature steady states, while the order of reformer exit carbon flow rate from high to low is the lower, middle and upper temperature steady states.

The controller enabled setting the upper and lower temperature limits, the water fill time, the delay before draining time, and the drain time before putting the PLC in automatic or manual control mode.

Plots of fraction denatured versus temperature were produced by defining the upper and lower temperature baselines as 0 and 100%, respectively.

Alarm limits can be set for upper and lower temperatures.

3) The thermal limits are defined as upper and lower temperatures at which embryonic hatching is reduced to ∼90% but it is unclear what leads to this 10% reduction, e.g. if changes in early embryonic development contribute to this.

Determination of the optimal upper and lower temperatures for signal acquisition to achieve maximal allele discrimination and detection of total sequence variants with mismatch-tolerant probes respectively was done empirically for each probe-target combination by collecting probe fluorescent signals at 5°C intervals, starting 9°C 10°C below the Tm of the limiting primer down to 25°C.

In the present report, Linear-After-The-Exponential (LATE) PCR is used to generate single-stranded amplicons [ 13, 14], and mismatch-tolerant probes are used to measure the levels of allelic variants among these amplicons via hybridization at an upper and a lower temperature at the end of PCR amplification.

Our model was thus able to predict and account for different genetic interactions between Su(dx) and dx mutant phenotypes observed at upper and lower physiological temperature extremes in the fly wing.