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Page 1529
The confluent hypergeometric equation has the characteristic equation a ? — = 0 , so that $ 11 ) = 0 , $ 2 ) = 1. Thus the Stokes lines for this equation are the positive and negative imaginary axes . Trying solutions of the form 2-1 ...
The confluent hypergeometric equation has the characteristic equation a ? — = 0 , so that $ 11 ) = 0 , $ 2 ) = 1. Thus the Stokes lines for this equation are the positive and negative imaginary axes . Trying solutions of the form 2-1 ...
Page 1553
G3 Suppose that the operator t has the property that for some 2 the derivative of every square - integrable solution of the equation ( 4-1 ) } = 0 is bounded . Prove that t has no boundary values at infinity .
G3 Suppose that the operator t has the property that for some 2 the derivative of every square - integrable solution of the equation ( 4-1 ) } = 0 is bounded . Prove that t has no boundary values at infinity .
Page 1556
What is the relationship between 0 ( t ) and the number of zeros of a solution of the above equation ? G14 Use the result of the preceding exercise to show that if the operator t has two boundary values at infinity , then N ( t ) lim ...
What is the relationship between 0 ( t ) and the number of zeros of a solution of the above equation ? G14 Use the result of the preceding exercise to show that if the operator t has two boundary values at infinity , then N ( t ) lim ...
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Contents
BAlgebras | 859 |
Miscellaneous Applications | 937 |
Compact Groups | 945 |
Copyright | |
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