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The convergence to the ground state is fast due to a polynomial decrease rate of the temperature.
The influence on CNT growth rate, of the temperature during the calcination and reaction stages has been studied.
Cold receptors respond to sudden cooling with a transient increase in discharge frequency (called the dynamic response) that is directly related to the prior temperature and the magnitude and rate of the temperature decrease.
The damage mainly takes place when temperature drops, and the rate of the temperature reduction has an evident influence on the damage evolution.
Results put forward that the role played by non-isovolume mechanisms depends strongly on the mean velocity divergence and, with respect to the temperature field, on the dissipation rate of the temperature variance.
The reason for these ranges in fO2 is not well understood, but it could be related to the decreasing rate of the temperature.
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The rate of the temperature-sensitive reaction at 24°C was estimated to be 6.6 × 10 s−1 from the Q10 factor.
If this was the case, a large amount of ADP or Pi in the solution would be expected to competitively suppress the apparent rate of the temperature-sensitive reaction that is, the catalytic site that released ADP/Pi would immediately re-bind ADP/Pi from the solution before initiating the rotation.
The influence of the pulling rate, of the ambient temperature and of the shaper design has been taken into account.
: rate of the current temperature decrease (cooling schedule).
The ramp rate of the increasing/decreasing temperature during the In-flush was approximately 50 °C/min.
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CEO of Professional Science Editing for Scientists @ prosciediting.com