Linear Operators: Spectral operators |
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Page 2209
The weakly closed operator algebra generated by a o - complete Boolean
algebra B which satisfies the condition of the preceding lemma is the same as the
uniformly closed algebra generated by B . Proof . It is clear that every element in
the ...
The weakly closed operator algebra generated by a o - complete Boolean
algebra B which satisfies the condition of the preceding lemma is the same as the
uniformly closed algebra generated by B . Proof . It is clear that every element in
the ...
Page 2214
5 , the weakly closed operator algebra W ( B ) generated by B is the same as the
strongly closed algebra generated by B . Thus every A in W ( B ) is the strong limit
of finite linear combinations of elements of B . It follows that A leaves invariant ...
5 , the weakly closed operator algebra W ( B ) generated by B is the same as the
strongly closed algebra generated by B . Thus every A in W ( B ) is the strong limit
of finite linear combinations of elements of B . It follows that A leaves invariant ...
Page 2217
Let X ( x ) , X1 ( 2 ) be the closed linear manifolds generated by the sets { Ex | E B
} , { Ex | Ee Bi } , respectively . Since B , is the strong closure of B , each element
Ex with E in B , is contained in X ( x ) and thus X ( x ) 2 X ( 2 ) . Evidently X ( x ) ...
Let X ( x ) , X1 ( 2 ) be the closed linear manifolds generated by the sets { Ex | E B
} , { Ex | Ee Bi } , respectively . Since B , is the strong closure of B , each element
Ex with E in B , is contained in X ( x ) and thus X ( x ) 2 X ( 2 ) . Evidently X ( x ) ...
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Contents
SPECTRAL OPERATORS 1937 1941 1945 XV Spectral Operators | 1924 |
Introduction | 1927 |
Terminology and Preliminary Notions | 1929 |
Copyright | |
29 other sections not shown
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