(There
is
a separate section below for corrections to
solutions to the problems)
(The
notation is: line n means n lines from top;
line -n means n lines from the bottom,
excluding footnotes. )
I am
obliged to Prof Richard Lebed of Arizona State University,
USA, for providing the
following list. p.
15, Eq. (1.34): replace N
on the rhs by N+1
p. 42 Eq. (2.34): insert on rhs f (r)
= ....
p. 43, line 3: replace '0.06-0.08' by '0.06-0.08 e/fm3 (i.e. fm cubed)
p. 47, Sec. 2.3.2, line 3: insert '(SEMF)' after semi-empirical mass formula
p. 51, Eq. (2.59b): in the second line, delete the electron
mass term
p. 86, caption to Fig. 3.6: change 'W meson' to 'mu-minus meson'
p. 87, line 5: the equal size between L and L-sub0, should be a 'very
much less than' sign
p. 102, line 1: change 'only' to 'primarily'
p. 119, line -8: insert after 'hyperon', (a baryon containing
strange quarks)
p. 122, line 1 after Eq. (4.13): change 'dE/dx' to 'dx'
p. 184, line 8: change 'positron' to 'electron'
p. 194, Figure 6.16, decay of the lambda: change the order of
the quark lines in proton to u, d, u p.
200, line -1: insert 'of type (b)' before 'is neglected'
p. 200 last equation: the rhs should just be 'epsilon'
p. 207, line 1: change parenthetical remark to '(direct decays
of the top quark other than to b quarks are very difficult to observe'
p. 232, line 3 below Eq. (7.36): delete 'odd-N'
p. 237, line 1 below Eq. (7.48): delete everything on the line
before the reference to Footnote 14
p. 265, Eq (8.29): in the dimensions, the power of m is -3 and
not 3.
p. 274, line 5: change 'kilotons' to 'kilograms'
p. 280, Eq. (8.58): change the superscript on H from - to +
p. 311, line -9: interchange 'left' and 'right'
p. 335, line -9, change '300 a' to '3oo mA'
p. 356, line line -2: change '712,00' to '712,000'
p. 364, Eq. (C.18): change argument of the exponential to
-(lamda r), i.e. from +(lambda r)
Corrections
to
problems and their solutions
(For
completeness I have listed even trivial
typographical errors. The notation is: line n
means n lines from top, including equations;
line -n means n lines from the bottom, excluding
footnotes.
p. 365, Problem C.1, 2nd line: change 'make' to 'made'
p. 434, Solution to Problem C.2, 7th line: change
'cot(theta2)' to 'cot(theta/2)'
Minor
typographical
errors
(For
completeness
I have listed even trivial typographical errors.
The notation is: line n means n lines from top;
line -n means n lines from the bottom, excluding
footnotes.
I am
obliged to Prof Richard Lebed of Arizona State University,
USA, for providing the
following list. None of these relate to physics issues.
p.
25, line 1 after Eq. (1.66): replace (1.50) by (1.47)
p. 47 after 'semi-empirical mass formula' add '(SEMF)'
p. 52 line 2 of text: change accent on e in Segre from acute
to grave
p.
77, line 5 above Sec. 3.1.4: change '6.5.2' to '6.5.3' p. 85, line 3
above Eq. (3.43): m
should have a subscript 1.
p. 86, Sec. 3.16, 2nd paragraph: change 'a weak interaction
vertex' to 'two weak interaction vertices' p. 87, line 1 above Eq.
(3.47c): change '(3.46)' to '(3.47a,b)' p.
92, line 2 above Eq. (3.54): change 'Other' to 'Another'
p. 98, line 4 after Eq. (3.68): change 'mesons' to 'meson'
p. 101, line 4 above Eq. (3.75): change '2.3' to '2.4'
p. 105, Eq. (3.91): change '1, 3' to '1, 2, 3'
p. 106, Eq. (3.98): insert bracket after the last term S sub d p. 120, line
-5: change '2.18' to '2.20'
p. 139, line 3: change '2.7' to '2.12'
p. 152, Footnote 9: change 'Richer' to 'Richter' (three
places)
p. 160, line -5: change 'Figure 4.20' to 'Figure 4.19'
p. 163, line 4: change 'bremssrahlung'
to 'bremsstrahlung'
p. 196, line 3 after Eq. (6.48) and first line after Eq.
(6.50: change '5.7' to '5.8'
p. 196, Eqs. (6.49a,b): the subscript on E is in the wrong font;
the nu should be curly
p. 196, Eq. (6.51): the total cross section sigma should have
a subscript 'tot' (two places)
p. 201, line 1: change 'measure' to 'measured'
p. 201, Sec. 6.6.3, lines 4 and 5: change '10.19' to '6.19'
p. 210, Sec 6.7.2, third line: change 'Figures' to 'Figure'
p. 210, line 1 after Eq. 6.96): change 'ones' to 'one'
p. 232, line 4: change J
to j p. 238, line 2 above Eq. (7.53): change
'transition' to 'transmission'
p. 243, line 1 of
Sec 7.7.4.1: change 'depend of' to 'depend on'
p. 245, line 3 above Eq. (7.79): change 'kev' to 'keV'
p. 246, line 1 above Eq. (7.81): insert "(" before Esub0
p. 262, line 4 above Sec. 8.2: change '9.7' to '9.8'
p. 263, line 8 below Eq. 8.19): Change 'Mev' to 'MeV'
p. 265, Fig. 8.4: label of dashed curve is exp[-(E ....., i.e.
add bracket
p. 269, Figure 8.7, caption: change ''(8.45)' to '(8.46)' and
'(8.44)' to '(8.45)'
p. 271, line above Sec. 8.3: change '9.7' to '9.8'
p. 275, line 2 after Eq. (8.49): change 'berylliun' to
'beryllium'
p. 278, line 1 above Sec. 8.4.1.1: change '9.6' to '9.7'
p. 283, line 2 above Sec. 8.4.2: change
'9.6' to '9.7'
p. 291, Figure 8.20, line 3 of caption: B should not be italic
p. 291, line 6: change 'footnote 23' to 'Footnote 26'
p. 303, line 4below Eq. (9.3): change '(9.6.3)' to '9.6.3'
p. 306, line 1: change 'the all'
to 'all'
p. 306, Footnote 12: change '9.4.1' to '9.5.1'
p. 311, line 6 Sec. 9.4: change '(1.3)' to '(1.1)'
p. 313, line 3: change '7.7.1' to '7.7.2'
p. 314, line 7: change 'one are' to 'the same and also'
p. 320, line 3 above Sec. 95..2.2: change '6.6.5' to '9.2.4'
p. 322, line 8:change 'theorist' to 'theorists'
p. 328, line 3 above Eq. (9.38): change '(9.24)' to
'(9.36)'
p. 329, line 2 after Eq. (9.40): change 'eV' to 'eV/c2'
p. 331, line 1, Sec. 9.7: change '8.3.1' to '8.4.1'
p. 335, line 16: change '8.1.3' to '8.1.2'
p. 344, line 1: bra and ket brackets should be the same size
p. 364, Eq. (C.18): change 'Lt' to 'Lim'
p. 369, line 2 below Eq.(D.9b): change '(D.5)' to '(D.2)'
p. 370, line 2 below Eq.(D.12): change '(D.3)' to '(D.2)'
p. 373, Figure D.1, caption: change '(D.19)' to '(D.18)'
Comments
p. 442, line -17:
There is now a 2nd (2003) edition of the book by book by Das
and Ferbel.
p. 442, line -14: There is now a 6th (2008) edition
of the book by Povh et al. p. 342, Eq. (A.19) and p. 343 Eq. (A.28) are
strictly nonrelativistic (the line above the former uses E = p2/2m); the
relativistic form is used in Sec. 7.7.2 [Eq. (7.66)].Both are made
relativistic by simply changing m to E/c2