The phrase "at specific temperature" is correct and usable in written English.
It can be used when discussing conditions or requirements that depend on a particular temperature for processes, experiments, or reactions.
Example: "The chemical reaction occurs optimally at specific temperature, ensuring maximum yield."
Alternatives: "at a particular temperature" or "at designated temperature".
For example, Australian fruit bats perish at specific temperature thresholds7.
The logarithm values of viscosity of rejuvenated asphalt at specific temperature showed linear relationship with the dosage of W-oil.
Basing on such number change, the temperature of phase transition was detected and consequently the degree of gelatinization (DG) at specific temperature was quickly calculated.
The determined relationship will be significant for designing a suitable NiFeGa alloy with a required martensitic transformation temperature for application at specific temperature.
Brute force sensitivity analyses are carried out to identify reactions that affect ignition delay times at specific temperature, pressure and equivalence ratio.
It can be obtained in different ways, including thermochemical cycles that consist of a sequence of chemical reactions to split water molecules into hydrogen and oxygen through a heat source at specific temperature conditions.
The poly dI) linker prevents annealing of the 5′ end nontarget sequence to the template and facilitates primer hybridization at the 3′ end to the target sequence at specific temperatures, resulting in a dramatic improvement of annealing specificity [ 24].
This constant interaction led Horowitz to adopt a technique called microencapsulation, a deodorant breakthrough in which microscopic balloons filled with scent melt at specific temperatures or after a certain amount of time.
Minerals too are predictable chemical compounds that can be shown to form at specific temperatures and remain closed up to certain temperatures if a rock has been reheated or altered.
We also studied the thermal evolution of the emitted particulates using a specially designed thermodenuder (TD) heated at specific temperatures (50 °C, 120 °C, and 250 °C).
