Sentence examples for differential propagation from inspiring English sources
Figure 3 presents the differential propagation under this assumption.
Through the corresponding processing and calculation, a series of polarimetric measurements such as horizontal reflectivity, vertical reflectivity, differential reflectivity factor, differential propagation phase change, differential propagation phase constant, and co-polar correlation coefficient can be obtained.
In the system, the horizontal reflectivity, differential reflectivity, differential propagation phase shift, correlation coefficient, linear depolarization ratio, and the corresponding height are used as the inputs, and the neural network learning algorithm is applied to adjust the parameters.
Moreover, it is easy to obtain the horizontal reflectivity (Z H ), differential reflectivity (Z DR), co-polar correlation coefficient (ρ HV), differential propagation phase constant (K DP), and other polarization parameters.
What is more, the differential propagation phase constant K DP can be defined as {K}_{mathrm{DP}}=frac{varPhi_{mathrm{DP}}left({r}_2right -{varPhi}_{mathrm{DP}_2right -{varPhi}}{2left({r}_{mathrm{DP}}left5).
For example, the differential propagation under an event E 30, 7 L is shown in Figure 4. From this table, we can check that the patterns of the ciphertext differences for each event are different from each other.
They further suggest that alternative exon usage might result in differential signal propagation from endosomal compartments.
The differential equations describing propagation and interaction of waves of various types in such a medium have been derived in the long-wavelength approximation.
The generalized Korteweg-de Vries (gKdV) equation is a nonlinear partial differential equation describing the propagation of nonlinear dispersive waves.
We propose a finite elements algorithm to solve a fourth order partial differential equation governing the propagation of time-harmonic bending waves in thin elastic plates.
The differential equations describing the propagation of acoustic and rotational waves in such media have been derived.
