On the base of simulation result, effect of electronic concentration and electronic energy on decomposition of N_2 is analyzed, and the course of NO reaction and variation tendency of other byproducts NO_2, NO_3 and N_2O_5 is simulated.
And the numerical simulation result shows that, under the conditions of both small and large signals, Er~(3+)/Yb~(3+)co-doped double-clad fiber amplifiers have good gains and noise characteristics within the range of 1520nm ～ 1570nm wavelength.
Some simulation results indicate that the method performs better than the normal approximation method in term of coverage accuracies.
Simulation results indicate that this algorithm can improve the efficiency of object identification and the reliability of system.
By using genetic algorithm, GML is realized, and the simulation results illustrate its improved performance compared with DML, especially in the case of multiclusters of coherent sources.
The simulation results show that the FFA snake model has a large capture range and can move a snake into the boundary concavities, and that it is able to obtain the object of interest's contour precisely.
The simulation results indicate that the new Snake model greatly decreases the dependence on the Snake point's initial position and effectively overcomes noise influence.
The finite element model is correct and simulation result is fine by adopting unequal interval plotting patterns.
Simulation result and LAN-environment experiment result both indicate that PWD is an effective method to detect and block P2P worms.
The simulation result shows that the aggregation of conduction grains can greatly affect the degree of catalyst utilization.
It is demonstrated that the simulation result correctly reproduces the AMS data, and differences in spectra averaged over longitudes on various magnetic latitudes are small (including the low-energy range) for different models of the magnetosphere.
According to the numerical simulation result, the center-configuration coefficients for these nine configurations have been calculated and compared to validate this technique.
Finally, to analyze the impacts of the fiber nonlinear effects and PMD on the optical communication system, the simulated results of an 8×40 Gbit/s DWDM system are discussed under different conditions respectively.
The simulated results show that FSS may operate in different bands and especially generate a large reduction in the resonant frequency for a fixed unit cell size through different loadings.
Practical circuits are fabricated, and the measured results agree well with the simulated results.
The simulated results indicate that a steplike magnetization behavior is very sensitive to the concentration of AFM bonds.
Numerical values of interaction parameters were obtained by fitting simulated results to refined experimental data.