Expected Poisson noise calculation, fitting to minimize the noise of counting, and calculation of fitting error.
This air of composure and calculation fitted well into the improving but inconsistent Australian side led by Allan Border until March 1994.
The analytical calculation fits the simulative results, which validates the simulation.
From Figures 1 and 2, we can see that the IBM-1 calculation fits the U 5 -O 6) predictions generally.
For the silicone composites containing CuNWs, the k s and k f are set to 0.12 and 398 W/mK, and it is found that the calculation fits well with the experimental results with A = 186.1, which corresponds to Ar = 350.
This calculation fits the process as simulated rather well and seems promising for further development.
Another conclusion that can be derived is that the theoretical calculations fit the simulation results exceptionally.
Our calculations fit quite well with the results of the MHD simulations of Vogt et al. (2004, 2007).
The results of quantum chemistry calculations fit well with the experimental data of in situ spectroscopic studies on the CN−/Ag electrode systems.
The calculations fit with the experimental data at N = 5, 1, 2, and 7 in organoclay (modified clay)/PP/from [10], Cloisite 30B/PA12 from [21], unmodified clay/PP from [11], and organoclay/PCL from [22].
