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Total MACS at 30keV:

95.1

±

9.5

mb

Cross sections do not include stellar enhancement factors!

Version	Total MACS [mb]	Partial to gs [mb]	Partial to isomer [mb]
1.0	95.1 ± 9.5	-	-
0.0	82 ± 8	-	-

(Version 0.0 corresponds to Bao et al.)

New rec. value is average from recent evaluations (tendl15, endfb71, jendl40) using an uncertainty of 10% as in Spe83,Wal84.
Last review: June 2016

original	renorm.	year	type	Comment	Ref
370 - 37 E(n)= 8 - 37 keV		2005	c	TOF, Pelletron,7Li(p,n), E(n)=5.5-12 keV: 197Au, E(n)=12-90 keV: 6Li	Tom05
82.3 ± 8.0		1983	c	VdG, TOF, Au:596mb	Spe83,Wal84
143 ± 29		1981	a		MDH81
135 ± 27		1975	c	VdG, TOF, Au:596mb Kom69	BSE74,BeS75
99.0		2015	e	TENDL-2015 using the TALYS code	tendl15
90.4		2011	e	ENDF/B-VII.1	endfb71
96.4		2011	e	JENDL-4.0	jendl40
71.9		2006	e	ENDF/B-VII.0	endfb7
71.9		2004	e	JEFF-3.1	jeff31
30		1971	e		AGM71
79.5		2005	t	MOST 2005	Gor05
111		2002	t	MOST 2002	Gor02
77.8		2000	t	NON-SMOKER	RaT99
63		1981	t		Har81
37		1978	t		WFH78

Original:MACS [<σ v>/v_T] (mb) for kT=30 keV, based on the published cross sections except where indicated otherwise.
Renorm:MACS [<σ v>/v_T] (mb) for kT=30 keV for which the reference or standard cross section was meanwhile improved.
Type: The letters and numbers in the column labelled 'type' give information on how the cross section has been obtained:

c	Directly quoted from the reference itself
a	Calculated from resonance parameters with the formula from Ref. 45
e	Evaluated value taken directly from the reference
t	Theoretical value

Energy	5keV	8keV	10keV	15keV	20keV	25keV	30keV	40keV	50keV	60keV	80keV	100keV
MACS	360	-	242	176	137	112	95.1 ± 9.5	73.0	59.4	50.2	38.6	31.5
Xfactor	1.00	1.00	1.00	0.99	0.96	0.93	0.89	0.82	0.75	0.70	0.62	0.57
SEF	1.00	1.00	1.00	1.00	0.99	0.98	0.97	0.96	0.95	0.95	0.97	0.98
Rate	2.15	-	2.04	1.81	1.61	1.46	1.35	1.18	1.07	0.99	0.89	0.82

MACS:
Reference: Spe83,endfb71,jendl40,tendl15
Procedure: 'e+t' (The MACS from kT=5 keV to 100 keV are derived from calculated cross sections, which are then normalized to experimental data, e.g. to the values at kT=25 keV obtained in activation measurements. In these cases the uncertainties should be linearly increased below 25 and above 30 keV to reach about 30% at the extreme kT values.)
Year: 1983,2016

X-factor:
Reference: Rau12
Year: 2012

SEF (Stellar enhancement factor):
Reference: Rau09
Year: 2009
Comment:

Rate:
Reaction rate N_A<σv> given in 10⁷ cm³/mole/s, including SEF

	61Zn 1.48 m β+ 62Zn 9.19 h β+ 63Zn 38.47 m β+ 64Zn 48.63 59 mb 65Zn 243.63 d 162 mb, β+ 60Cu 23.70 m β+ 61Cu 3.33 h β+ 62Cu 9.67 m β+ 63Cu 69.17 94 mb 64Cu 12.70 h β+ 59Ni 75.99 ka 87 mb, β+ 60Ni 26.223 30 mb 61Ni 1.14 82 mb 62Ni 3.634 22.3 mb 63Ni 100.11 a 31 mb, β- 58Co 70.86 d β+ 59Co 100 38 mb 60Co 5.27 a β- 61Co 1.65 h β- 62Co 1.50 m β- 57Fe 2.119 40 mb 58Fe 0.282 12.1 mb 59Fe 44.50 d β- 60Fe 1.50 Ma β- 61Fe 5.98 m β-

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