The results by constant current discharge show that at higher temperature the stack has remarkably higher energy output; while at the same temperature only a suitable magnitude of discharge current can achieve the highest energy output.
The conversion of methane and the selectivity of CO and H2 over the plasma treated catalyst are 97.44, 100 and 100% at 875 °C, while, at the same temperature, they are 90.09, 97.28 and 97.09%, respectively, over the catalyst prepared without plasma treatment.
Intertidal organisms are essentially at the same temperature as water during high tide, while thermal conditions experienced during low tide are more likely to be affected by individual physiological [ 48, 49] and behavioral [ 50] capacities and by the heterogeneity of intertidal microhabitats [ 51, 52].
S1, while grown at the same temperature as S2, has a much smaller Bi content.
In addition, a noteworthy fact is that the heat transfer performance of the lower side of the plate is practically independent of the heat activity at the upper side of the plate, i.e., when both sides are heated at the same temperature or when one side is heated while the other is thermally insulated.
The destruction rate constant k 1 at 673 K for ES1 was 0.31 s−1 while that of SM1 at the same temperature was estimated as 0.74 s−1.
For example, 2 mm-milled samples at 120°C showed a 22.1% reduction in lignin while un-milled samples pretreated at the same temperature showed 18.4% reduction in lignin.
S-SPAEKS-2 exhibited the highest proton conductivity of 0.095 S cm−1 at 80 °C, while its swelling ratio was only 7.09% at the same temperature.
The Σ5 GB chosen for this study becomes increasingly disordered near the solidus line while its local chemical composition approaches the liquidus composition at the same temperature.
They must be kept at the same temperature as the air outside.
