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With six defendants to be tried separately, the case may still have years to go.
For the first summand we consider separately the case (Nbsim1) ((Nto infty), (bto0)).
We consider separately the case of post-stack migration and show that the kinematic equations in this case can be solved explicitly by converting them to ordinary differential equations using the method of characteristics.
We can, therefore, treat separately the case where the electric field lies is perpendicular to the chain axis (transverse modes) from the case where the electric field is parallel to the chain axis (longitudinal modes).
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We discuss separately the cases γ < σ, γ = σ, and γ > σ.
In Section 4 we analyze separately the cases where is periodic and when it is almost periodic.
Using the values of the (zeta 2k))'s [8], Formula 9.542, and considering separately the cases m even and m odd, we obtain the next result.
To this end, we are forced to consider separately the cases when the number M of the piers is either odd or even.
In order to make the exposition more clear, we have decided to consider separately the cases of external and internal connections.
In Section 3 we deal with the general problem of a bridge with M = N − 1 piers, and we discuss separately the cases when the number M of the piers is either odd or even.
Then, we consider the global fusion scheme, made up of the temporal interpolation, the inter-view interpolation, and the fusion algorithm; in order to isolate the contributions of the occlusion detection fusion and of the adaptive validation, we consider separately the cases when the latter is turned off or on.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com