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An increased output voltage reduces the current density and gas utilizations, resulting in a decrease in the temperature.
The effect of this transfer of energy usually, but not always, is an increase in the temperature of the colder body and a decrease in the temperature of the hotter body.
Once all the water is converted to ice, any additional removal of heat will result in a decrease in the temperature below 0 °C.
Also the effect of the decrease in the temperature of the inner copper cylinder surface (condensation temperature) on COP was investigated considering an ideal Carnot refrigeration cycle.
Although the OCV should increase with a decrease in the operating temperature, the OCVs of the cells barely increased with the decrease in the temperature, which agrees with the results reported by Ding et al.54: 0.85 V (2 μm) and 0.96 V (4 μm) at 500 °C.
It was found that introducing filler in polymer blends depending on its amount lead either to the increase or to the decrease in the temperature of phase separation.
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In contrast, in the lower temperature range and when the fixed current is further raised from 0.01 to 200 mA, the decrease in the temperature-dependent EQE value becomes more significant, and while the EQE curve shifts to a lower value overall.
The weight of the sample significantly decreases in the temperature range of 80~290°C.
The fast component decreases in the temperature range T = 240-260 K and slowly increases at T = 260-290 K.
Then, the PL linewidth decreases in the temperature range from 50 to 190 K, followed by a remarkable increase when the temperatures are above 190 K.
A decrease in the heating temperature, or an increase in the cooling temperature, resulted in poorer separation.
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CEO of Professional Science Editing for Scientists @ prosciediting.com