Mathematische Nachrichten · 1998 · 22 citations · 11 references
Natural SciencesMathematicsDifferential EquationsSet TheoryTopologyIntegral EquationsOperator TheoryCompactness TheoremsWeak Solutions
Abstract To generalize the Hausdorff measure of noncompactness to other classes of bounded sets (like e. g. conditionally weakly compact or Asplund sets), we introduce Grothendieck classes. We deduce integral inequalities for quantities (called Grothendieck measures) related to these classes. As a by‐product, we can answer a question concerning the measure of noncompactness for linear T : X → Y introduced in [14], and generalize a theorem about weak solutions of differential equations in Banach spaces.
11
The Structure of Weakly Compact Sets in Banach Spaces
D. Amir, Joram Lindenstrauss · Annals of Mathematics · 1968 · 346 citations
A counterexample to several questions about Banach spaces
James Halger · Studia Mathematica · 1977 · 84 citations · Full text