Specifically, the steady states of deviation from thermodynamic equilibrium provide a source of order (85).
The state-of-the-art intralaboratory standard deviation (SDSA) was used to assess the commutability of the potential calibrators.
The steady state standard deviation of the population size for various reactor capacities is provided in Table 4. Notably, the larger the reactor capacity, the higher is the deviation among the different population trajectories.
There are several evaluations for actinide nuclear data, produced based on state-of-the-art procedures, but substantial deviations persist among them.
We calculated state deviations of the modified system and computed the fluctuation amplitude of each metabolite upon the enzyme's removal.
We keep r = 3 and set || u || to generate steady state deviations of 1%.
Through this, the total experience of deviation from normal states can be obtained.
These values reflect the total experience of deviation from normal states.
A further indication of this nonequilibrium state is the deviation of the experimental data from the theoretical response function for protons as primary ions and divalent interfering ions in the intermediate region between calcium and proton selectivity (see Figure 7).
Note that the value of the active power droop constant m is calculated according to the maximum allowable steady-state frequency deviation of 1% and to the maximum active power reserve of 100%.
