Exact(60)
When temperature is an issue, shortening is the clear winner.
The effect is less dramatic when temperature is below the polymer's Tg.
When temperature is further increased, the oxidation rate becomes higher.
Weimarn [49] noted "disappearing" S8(Weimarn) when temperature was increased.
However, extract properties decreased when temperature was increased.
The yield was positively correlated with the extraction temperature when temperature was lower than 55°C and was negatively correlated when temperature was higher than 55°C.
A lot of nanoparticles started to merge into bigger particles when temperature reached 100 °C, and became coalesced together when temperature was 140 °C.
Wax precipitates from both crude oil and condensate when temperature falls below a certain value.
Concrete tensile strength vanishes when temperature reaches up to 600 °C.
Finally, the Co core nanoparticles were oxidized thoroughly to Co3O4 when temperature reaches 800°C.
This removal was reduced to 0.89 mM/g when temperature was increased up to 42 °C.
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