Sentence examples for high activation temperature from inspiring English sources

The activated carbons prepared at high activation temperature (850 °C) and with high H3PO4 concentration (7.0 mol/L) can have adsorption capacity around 42.5 mg/g for methylene blue adsorption.

Nickel Titanium (Ni Ti) shape memory alloys (SMAs) are commonly applied in commercial actuator design due to the high associated fatigue and tensile strengths, low cost and high activation temperature.

The changes in characteristics suggested that the PC samples produced at high activation temperature (500 700 °C) were well carbonized and exhibited a high surface area (>270 m2/g).

High activation temperature and IR applied were believed to be responsible for pore development in LPAC.

The KOH impregnation of sample and high activation temperature lead to the breaking of C O C and C C bonds, which result in low carbon yield.

High activation temperatures and low sintering resistance usually yield low surface area materials.

This part of surface functional group is stable, even at high activation temperatures.

These results explain earlier findings that porosity development correlates with hydrogen evolution, and is favored for high KOH/anthracite ratios, high sweep gas flow rates (up to a maximum value), and high activation temperatures.

Higher activation temperature (900 1000 °C) and carbonates as activated agents lead to materials with A BET = 540 1400 m2/g.

This result conveys that the banana trunk-activated carbon prepared at the highest activation temperature and with the lowest phosphoric concentration will be suitable for removal of methylene blue with a high adsorption capacity.

In addition, we observe that the quality of the extrudates is strongly dependent on the activation temperature used for the MOF precursor: a higher activation temperature (393 K) gives less reduction in SSA with the content of binder.