Q3) The charge distribution of the nucleus is: p() = 16 Par F(q) = if r < R if r > R A) Compute the form factor F(q), we recall that the form factor is: 4m sin(qr) p(r)rdr B) The cross section can be divided into two factors, the Rutherford cross section and the form factor squared, what does the form Factor describe?
Q3) The charge distribution of the nucleus is: p() = 16 Par F(q) = if r < R if r > R A) Compute the form factor F(q), we recall that the form factor is: 4m sin(qr) p(r)rdr B) The cross section can be divided into two factors, the Rutherford cross section and the form factor squared, what does the form Factor describe?
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Transcribed Image Text:Q3) The charge distribution of the nucleus is:
Po. IfT<R
if r> R
p(c) = { 0
A) Compute the form factor F(q), we recall that the form factor is:
41
F(q) = sin(qr) p(r)rdr
B) The cross section can be divided into two factors, the Rutherford cross section and the
form factor squared, what does the form Factor describe?
(二) (二) IF(q³)1²
point-like
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