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Consequently, we obtain that g z n ) converges strongly to g u*) as n → +∞.
Then for sufficiently large,, and thus for sufficiently large, we have Consequently, we obtain, that is, (2.14).
Consequently, we obtain that α > 1 η contradicts the condition α η < 1. (2) If u ′ ( 0 ) < 0, then, adopting the same proof as in Case I, we get a contradiction.
First we give the definition of the property in a paranormed space and we will use the method in [17] to prove the property Consequently, we obtain that has property for.
Consequently, we obtain that (3.11).
Consequently, we obtain that for all.
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Therefore, we obtain that.
By Proposition 2.10, we obtain that the intersection of a finite family of X-fmidconvex sets is X-fmidconvex, and consequently, by the finiteness of X, we obtain that fmconv X ( A ) is X-fmidconvex.
Moreover, according to (23), we obtain that ∥ x ˙ n ( t ) ∥ ≤ ∫ 0 T ν Θ ˜ ( s ) d s. for all n ∈ N and t ∈ [ 0, T ], implying that { x ˙ n } n is bounded; consequently, also { x n } n is equi-continuous.
on, then has proper orbits [15, 19]; consequently, we obtain the following generalization of the corresponding result of Kirk [20].
Also, visualization of subtle reticulations associated with early fibrosis is sensitive to patient motion; consequently we obtained four CCE image sets in separate breath-holds, to ensure that at least one set was motion-free.
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