Linear Operators: Spectral operators |
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Page 2094
Restrictions and quotients . Theorem 3 . 10 shows that if a spectral operator Te B
( X ) is reduced by a closed subspace Y şX and one of its complements ( that is , if
T commutes with some projection of X onto Y ) , then the restriction T ' | Y of T ...
Restrictions and quotients . Theorem 3 . 10 shows that if a spectral operator Te B
( X ) is reduced by a closed subspace Y şX and one of its complements ( that is , if
T commutes with some projection of X onto Y ) , then the restriction T ' | Y of T ...
Page 2113
Thus the restriction of an operator T to an arbitrary invariant closed subspace
may have spectrum larger than o ( T ) . Foiaş [ 12 ] defined a closed linear
subspace y of a B - space X to be a spectral maximal subspace of T e B ( X ) if ( i )
Y is ...
Thus the restriction of an operator T to an arbitrary invariant closed subspace
may have spectrum larger than o ( T ) . Foiaş [ 12 ] defined a closed linear
subspace y of a B - space X to be a spectral maximal subspace of T e B ( X ) if ( i )
Y is ...
Page 2114
17 ) and if E , is the corresponding projection operator , then E , X is a spectral
maximal subspace of T . Hence both ... if for every finite open cover G1 , . . . , Gn
of o ( T ' ) there is a family V2 , . . . , Yn of spectral maximal subspaces of T such
that ...
17 ) and if E , is the corresponding projection operator , then E , X is a spectral
maximal subspace of T . Hence both ... if for every finite open cover G1 , . . . , Gn
of o ( T ' ) there is a family V2 , . . . , Yn of spectral maximal subspaces of T such
that ...
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Contents
SPECTRAL OPERATORS | 1924 |
An Operational Calculus for Bounded Spectral | 1941 |
Part | 1950 |
Copyright | |
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