1967
DOI: 10.1007/978-3-642-46066-1
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Semi-Groups of Operators and Approximation

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Cited by 833 publications
(295 citation statements)
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“…Hence, we can apply Theorem 3.2.23 of [3] and obtain that (I 0 + H 0 ) −1 is continuous from (X 0 , D(A 0 )) 1,∞;K to (X 0 , D(A 0 (I 0 + H 0 ))) 1,∞;K which are exactly the Favard classes stated in the thesis. Now, the main result on the growth rate of B is an easy consequence of the previous theorems and propositions.…”
Section: This Proves That (Imentioning
confidence: 60%
“…Hence, we can apply Theorem 3.2.23 of [3] and obtain that (I 0 + H 0 ) −1 is continuous from (X 0 , D(A 0 )) 1,∞;K to (X 0 , D(A 0 (I 0 + H 0 ))) 1,∞;K which are exactly the Favard classes stated in the thesis. Now, the main result on the growth rate of B is an easy consequence of the previous theorems and propositions.…”
Section: This Proves That (Imentioning
confidence: 60%
“…To emphasize that an operator A generates a semigroup, we will use the standard notation {e tA : t ∈ R + } or {e tA } t∈R + instead of {U(t) : t ∈ R + }. The semigroup {e tA : t ∈ R + } is a C 0 -semigroup iff lim t→+0 e tA x − x = 0 for all x ∈ E. If {e tA } t∈R + is a C 0 -semigroup then the following properties hold (see [3]):…”
Section: Preliminaries and Denotationsmentioning
confidence: 99%
“…Unless otherwise stated, proofs can be found in the book of Hille & Phillips [9]; also see [1,2]. Let X be a (real or complex) Banach space, and let T(t) be a Co-semigroup on X with (infinitesimal) generator A. is entirely contained within the resolvent set p(A) of A.…”
Section: Dual Semigroups Sun-reflexivity and Bounded Perturbationsmentioning
confidence: 99%