Linear Operators, Part 2 |
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Page 977
27 By substituting O ' for 0-9 + ( 1/2 ) and simplifying , it is seen that R 27 G ( u , v ) 1 ( -iely ) " lim 27 R - JO S. f ( r ) rdr S. " eine- ( rs sin 6 ' ) ) do ' . Ꮎ Ꮎ Now the Bessel function Jn of order n is defined by the ...
27 By substituting O ' for 0-9 + ( 1/2 ) and simplifying , it is seen that R 27 G ( u , v ) 1 ( -iely ) " lim 27 R - JO S. f ( r ) rdr S. " eine- ( rs sin 6 ' ) ) do ' . Ꮎ Ꮎ Now the Bessel function Jn of order n is defined by the ...
Page 1154
Since it is clear that £ ( 2 ) = Ex £ , what will be proved then , is that Σ ( 2 ) ( i ) 2 ( 2 ) ( E ) = c ( 2 x 2 ) ( E ) , Εε Σ ( 2 ) , for some constant c independent of E. This condition ( i ) , as is seen from Corollary III.11.6 ...
Since it is clear that £ ( 2 ) = Ex £ , what will be proved then , is that Σ ( 2 ) ( i ) 2 ( 2 ) ( E ) = c ( 2 x 2 ) ( E ) , Εε Σ ( 2 ) , for some constant c independent of E. This condition ( i ) , as is seen from Corollary III.11.6 ...
Page 1324
it is seen from Lemma 4 ( c ) that the jump equations are equivalent to the relation f ( t ) EQ ; ( t ) F , ( 1,9 * ) - & Bj ( t ) F ( 1,4 * ) , f € ( N - 1 ( 1 ) . i = 1 j = 1 Define ai - u * dis i 1 , ... , u * , ai Bi - xı , i = 4 ...
it is seen from Lemma 4 ( c ) that the jump equations are equivalent to the relation f ( t ) EQ ; ( t ) F , ( 1,9 * ) - & Bj ( t ) F ( 1,4 * ) , f € ( N - 1 ( 1 ) . i = 1 j = 1 Define ai - u * dis i 1 , ... , u * , ai Bi - xı , i = 4 ...
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Contents
BAlgebras | 859 |
Bounded Normal Operators in Hilbert Space | 887 |
Miscellaneous Applications | 937 |
Copyright | |
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