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The nature of the molecular structure of polymers makes the properties of such materials markedly temperature dependant.
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Rajagopalan et al. (1987) reported that the reactions of α2-macroglobulin (α2M) with plasmin or streptokinase-plasmin (ogen) (SkP1) was markedly temperature-dependent and initial rates of reaction at 0 and 24°C were only 3 and 40% of the rate of 37°C, respectively [ 23].
For example, Allison and collaborators [ 31] simulated changes in soil carbon under global warming under three scenarios: MSR increases markedly with temperature; MSR increases with temperature, but only moderately; and MSR does not vary with temperature.
C2+ selectivity depends for both reactors markedly on temperature and oxygen partial pressure.
Extraction yield was shown to depend markedly on temperature, while reduction in screw rotation speed and solid flow rate affected the mean residence time (MRT) of the liquid phase, which enhanced the extraction yield of hemicelluloses.
Similarly, in the experiment using the rescued serotype O virus (O/ISL/PAK/L1573/2009), the two inoculated cattle exhibited a markedly elevated temperature at 1 dpi which gradually subsided over the next 3 days (Figure 5A).
As many cellular properties change markedly with temperature, the basis for this aspect of the cellular oscillator's robustness has remained elusive (Akman et al, 2008).
We observed upregulation of these genes in March and October, months showing markedly low temperature, which suggested synthesis of cryoprotectants and responses to cold stress.
The t1/2 and the percentage of colour retention decreased markedly at temperatures above 80 °C.
However, it has been observed that in many dielectric polymers the dielectric constant decreases markedly at temperatures below Tg due to dipole freezing.
These thermal events were observed to occur at markedly different temperatures for each of the hydrates, suggesting that differences in structural arrangement play a role in thermal stability.
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