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The characteristic time follows an Arrhenius dependence on temperature.
As characteristic time scale we use T = 1/δF, i.e. t = Tτ.
Hence, the characteristic time for heat to escape must be greater than about one second.
τ0 is the characteristic time constant of the f-FLW.
The characteristic time for the decay to occur is about 15 minutes.
So the characteristic time frame from development to large-scale commercial application is 20 to 30 years.
The characteristic time was found to depend linearly on the square of the nominal cross section.
Thermal step responses are fitted and both heating and cooling characteristic time constants are 2.5 s.
During the solution process, a characteristic time was defined in terms of system parameters.
Given such reaction rates, the characteristic time to equilibrium is rapid, on the order of hours.
The main parameter in the investigation was the characteristic time constant for the concentration decay.
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