The behavior of a neutron losing energy by colliding elastically with nuclei of mass A is described by a parameter ξ1, An approximation, good for large A, is Expand ξ1 and ξ2 in powers of A −1 Show that ξ2 agrees with ξ1 through (A−1)2. Find the difference in the coefficients of the (A−1)3term.
The behavior of a neutron losing energy by colliding elastically with nuclei of mass A is described by a parameter ξ1, An approximation, good for large A, is Expand ξ1 and ξ2 in powers of A −1 Show that ξ2 agrees with ξ1 through (A−1)2. Find the difference in the coefficients of the (A−1)3term.
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The behavior of a neutron losing energy by colliding elastically with nuclei of mass A
is described by a parameter ξ1,
An approximation, good for large A, is
Expand ξ1 and ξ2 in powers of A
−1 Show that ξ2 agrees with ξ1 through (A−1)2. Find the difference in the coefficients of the (A−1)3term.
Transcribed Image Text:1.3.17
The behavior of a neutron losing energy by colliding elastically with nuclei of mass A
is described by a parameter $1,
$1 =1+
2A
(A – 1)2, A- 1
In
A +1
An approximation, good for large A, is
2
A +
Expand g1 and 2 in powers of A-1. Show that 2 agrees with 1 through (A-)2. Find
the difference in the coefficients of the (A-)3 term.
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