The phrase "activation temperature" is correct and usable in written English.
It can be used in scientific or technical contexts to refer to the specific temperature at which a process or reaction begins to occur.
Example: "The activation temperature for the chemical reaction was found to be 150 degrees Celsius."
Alternatives: "initiation temperature" or "trigger temperature."
activating agent concentration, activation temperature, and activation time for maximum adsorption capacity of activated carbon falls within these experiments.
However, the activated carbon can also achieve a high adsorption capacity only when optimum activation time, activation temperature, and activating agent concentration were used.
The optimal preparation conditions of WSAC were as follows: the activator mass fraction being 40%%, activator time being 60 min, and activation temperature being 450 ºC.
The banana trunk-activated carbon prepared at low activation temperature (450 °C) and high phosphoric acid concentration can have adsorption capacity, 53.2 mg/g.
Notably, for all samples, the reduction temperature of Ru-oxide is lower than the activation temperature employed (prior to reaction, catalysts were activated in H2 at 200 °C).
The methylene blue adsorption capacity achieves a maximum value of 71.4 mg/g when the activated carbon is prepared either at minimum activation time and maximum activation temperature or at maximum activation time and minimum activation temperature conditions.
The activation temperature is a very important parameter which affects the physical characteristics of activated carbon.
Whereas, at minimum activation time and minimum activation temperature or maximum activation time and maximum activation temperature, the adsorption capacity was found lower.
The effect of activation temperature is also studied.
The best V2O5@TiO2 catalyst activation temperature was 350 °C.
Increase in activation temperature and activation time caused LPAC yield to decrease.
