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In all cases, temperature was increased at a linear rate of 3 °C/min from room temperature to the final temperature.
In both cases, temperature was modified at a ratio of 0.5 °C/day.
In both cases temperature was controlled and kept at 35°C, stirring at 250 rpm, air flow rate at 25 L/h, and pH at 5.0 with addition of 2 M NaOH or 2 M H2SO4.
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One temperature on either side of the base case temperature was chosen: 17 and 27 °C.
In this case, temperature was again gradually decreased which produced fNPs.
In this case, temperature was set to 37°C and the substrate consisted of 1 mM D-luciferin without cofactors normally present in commercial assay buffers for testing cell lysates.
At least in those cases temperatures are interfered by processes which were obviously not taken into account in this preliminary calculation.
In all cases, the temperature was increased at a linear rate of 3 °C/min from room temperature to a final temperature of 300 °C, which was held for 2 h.
In all cases, the temperature was maintained at 30 °C.
Quasi Poisson Regression showed that there is a significant and positive linear association between temperature and DF cases when temperature was below 30°C, but this association is reversed when temperature increased beyond 30°C.
In this case, the temperature was ramped to 500°C under 125 sccm of NH3 using a ramp rate of 10°C/min.
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