Solutions of the Differential-Difference Equation of the Perina and McGill Formula and Their Interrelations
Open Access
- 1 May 1985
- journal article
- Published by Oxford University Press (OUP) in Progress of Theoretical Physics
- Vol. 73 (5) , 1303
- https://doi.org/10.1143/ptp.73.1303
Abstract
Equation (A·16) in Ref. 8) should be read (λ=c/a): . Equation (49) in Ref. 8) should be delivered as follows: , where K and m are large, i.e .. z = m/K. Notations are explained in Ref. 8l. Compare this with our Eq. (20). Of course, as λ=1. the above equation becomes Eq. (49) in Ref. 8). It should be emphasized that in the derivation of Eq. (49), we have to use the Poisson weight. A suffix m or n in Eq. (49) should be summed (i.e., deleted). The last expression is named the probability density.Keywords
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