Linear Operators: General theory |
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Page 373
This generalizes and abstracts a result proved for closed linear manifolds in L [ 0
, 1 ] by E. Fischer [ 2 ] . The fact that a linear manifold which is not dense in the
entire space has a non - zero orthogonal complement ( proved in 4.4 ) was
proved ...
This generalizes and abstracts a result proved for closed linear manifolds in L [ 0
, 1 ] by E. Fischer [ 2 ] . The fact that a linear manifold which is not dense in the
entire space has a non - zero orthogonal complement ( proved in 4.4 ) was
proved ...
Page 385
18 — 6 . 27 . They are essentially due , at least in the real case , to Stone [ 1 ] ,
although his terminology and proofs often differ from that given here . It should be
mentioned that Theorem 6 . 22 was proved independently by Cech [ 1 ] only ...
18 — 6 . 27 . They are essentially due , at least in the real case , to Stone [ 1 ] ,
although his terminology and proofs often differ from that given here . It should be
mentioned that Theorem 6 . 22 was proved independently by Cech [ 1 ] only ...
Page 462
109 ] proved 3 . 9 after establishing Lemma 3 . 10 by induction . The case of
Theorem 3 . 9 in which X = Y * and I ' = Y , was proved in the separable case by
Banach [ 1 ; p . 131 ) and in full generality by Alaoglu ( l ; p . 256 ] . Michael ( 1 )
gave ...
109 ] proved 3 . 9 after establishing Lemma 3 . 10 by induction . The case of
Theorem 3 . 9 in which X = Y * and I ' = Y , was proved in the separable case by
Banach [ 1 ; p . 131 ) and in full generality by Alaoglu ( l ; p . 256 ] . Michael ( 1 )
gave ...
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Contents
Preliminary Concepts | 1 |
B Topological Preliminaries | 10 |
Algebraic Preliminaries | 34 |
Copyright | |
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