Linear Operators, Part 2 |
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Page 1527
The same process applied to the hypergeometric equation [ 1 ] shows that ( a , y ; z ) satisfies the confluent hypergeometric equation d2 [ 7 ] ( d 0+ ( y - 2 ) 0 - a0 = 0 . dz dz2 - This equation has singularities at zero and infinity ...
The same process applied to the hypergeometric equation [ 1 ] shows that ( a , y ; z ) satisfies the confluent hypergeometric equation d2 [ 7 ] ( d 0+ ( y - 2 ) 0 - a0 = 0 . dz dz2 - This equation has singularities at zero and infinity ...
Page 1528
The first of these algebraic equations , which is simply the characteristic equation of the differential equation , is quadratic ; all the ... If we find the differential equation L'f ' = 0 satisfied by ľ { exp ( 5 ( 1 ) zk - 1 + .
The first of these algebraic equations , which is simply the characteristic equation of the differential equation , is quadratic ; all the ... If we find the differential equation L'f ' = 0 satisfied by ľ { exp ( 5 ( 1 ) zk - 1 + .
Page 1553
G3 Suppose that the operator t has the property that for some À the derivative of every square - integrable solution of the equation ( 2-1 ) } = 0 is bounded . Prove that ı has no boundary values at infinity .
G3 Suppose that the operator t has the property that for some À the derivative of every square - integrable solution of the equation ( 2-1 ) } = 0 is bounded . Prove that ı has no boundary values at infinity .
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Contents
BAlgebras | 859 |
Bounded Normal Operators in Hilbert Space | 887 |
Miscellaneous Applications | 937 |
Copyright | |
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