Sentence examples for large temperature interval from inspiring English sources

Cu-Ti 1 vol% MWCNTs has a coefficient of thermal expansion that is linear and small, a nearly constant heat capacity and negligible mass loss over a large temperature interval.

Therefore, it is worth noting that most authors do observe only a slight change, usually a slight linear increase, of c P in a fairly large temperature interval in the liquid state of the nanofluid (examples include Figs. 2 and 3 in [21], Fig. 3 in [23], Fig. 2 in [26], Figs. 2, 3, and 4 in [27], or Fig. 1 in [34]).

The ability to flourish at low temperature (4°C) was observed for 71% of the total isolates, and twenty strains were able to grow in a large temperature interval, between 4 and 50°C.

We observe that the incorporation of 1% of CNTs into the Cu-Ti matrix results in a nanocomposite with a constant expansion over a large (~500 °C) temperature interval.

The nonpoint utilities have temperature changes larger than the appropriate temperature interval range and thus, the designer does not know before solving the MUC problem whether some utilities are of the point type or not.

This study describes a family of hollow nanoscale constructs able to display a large and reversible change in size, within a narrow temperature interval.

The electrolytes were chosen to have a phase transition in the temperature interval to be monitored, resulting in large conductivity variations and thereby an easily interpreted output.

The temperature interval over which this process occurs is larger and at higher temperatures for the random copolymer compared with the two block copolymers.

Thermal spike calculations indicate a very large temperature increase in the vicinity of ion tracks near the Bragg peak during the time interval from 10−15 to 10−9 s after the ion's passage.

Within a limited computational domain, a detonation wave tends to form under the initial conditions with a small interval between hotspots, a low initial temperature of the unburnt mixture and a large temperature inhomogeneity.

Understanding the mechanisms that dictate protein stability is of large relevance, for instance, to enable design of temperature-tolerant enzymes with high enzymatic activity over a broad temperature interval.