Argonne Physics Division

Expected CARIBU Beam Intensities for December 2012 PAC cycle

Updated October, 2012

For a copy in pdf format , please click here.

Isotope	Half-Life	Low-Energy Beam Yield (ions/sec on target)	Accelerated Beam Yield (ions/sec on target)
⁸³As	13.4 s	6.3E+02	9.3E+01
⁸³Se	22.3 m	2.4E+02	3.8E+01
⁸⁴As	5.5 s	5.9E+02	8.3E+01
⁸⁴Se	3.3 m	6.9E+02	1.1E+02
⁸⁵As	2.03 s	7.0E+02	8.3E+01
⁸⁵Se-m	19 s	1.0E+03	1.5E+02
⁸⁵Se	39 s	1.0E+03	1.6E+02
⁸⁵Br	2.87 m	5.2E+02	8.1E+01
⁸⁶As	0.9 s	2.5E+02	2.1E+01
⁸⁶Se	15 s	1.8E+03	2.7E+02
⁸⁶Br-m	4.5 s	5.7E+02	7.8E+01
⁸⁶Br	55.5 s	5.7E+02	8.7E+01
⁸⁷Se	5.6 s	1.9E+03	2.7E+02
⁸⁷Br	55.9 s	3.0E+03	4.6E+02
⁸⁷Kr	1.27 h	6.0E+02	9.4E+01
⁸⁸Se	1.5 s	1.2E+03	1.3E+02
⁸⁸Br	16.4 s	4.6E+03	6.9E+02
⁸⁸Kr	2.84 h	2.4E+03	3.7E+02
⁸⁹Se	0.41 s	4.1E+02	1.7E+01
⁸⁹Br	4.37 s	4.1E+03	5.5E+02
⁸⁹Kr	3.15 m	4.7E+03	7.3E+02
⁸⁹Rb	15.4 m	5.4E+02	8.4E+01
⁹⁰Br	1.9 s	2.9E+03	3.4E+02
⁹⁰Kr	32.3 s	9.0E+03	1.4E+03
⁹⁰Rb-m	4.3 m	2.0E+03	3.1E+02
⁹⁰Rb	2.6 m	4.7E+02	7.3E+01
⁹¹Br	0.54 s	1.1E+03	6.2E+01
⁹¹Kr	8.6 s	8.5E+03	1.2E+03
⁹¹Rb	58 s	6.0E+03	9.3E+02
⁹¹Sr	9.5 h	4.8E+02	7.5E+01
⁹²Br	0.34 s	3.2E+02	9.9E+00
⁹²Kr	1.84 s	6.4E+03	7.3E+02
⁹²Rb	4.48 s	9.4E+03	1.3E+03
⁹²Sr	2.71 h	2.2E+03	3.4E+02
⁹³Kr	1.29 s	3.5E+03	3.6E+02
⁹³Rb	5.85 s	1.4E+04	1.9E+03
⁹³Sr	7.4 m	6.4E+03	9.9E+02
⁹³Y	10.2 h	2.9E+02	4.5E+01
⁹⁴Kr	0.21 s	1.3E+03	1.5E+01
⁹⁴Rb	2.73 s	1.2E+04	1.6E+03
⁹⁴Sr	1.25 m	1.5E+04	2.3E+03
⁹⁴Y	18.7 m	1.6E+03	2.5E+02
⁹⁵Kr	0.78 s	3.0E+02	2.3E+01
⁹⁵Rb	0.377 s	7.2E+03	2.6E+02
⁹⁵Sr	25.1 s	2.1E+04	3.2E+03
⁹⁵Y	10.3 m	5.3E+03	8.3E+02
⁹⁶Rb	0.199 s	3.4E+03	3.3E+01
⁹⁶Sr	1.06 s	2.4E+04	2.2E+03
⁹⁶Y-m	9.6 s	1.3E+04	1.9E+03
⁹⁶Y	6.2 s	1.5E+03	2.1E+02
⁹⁷Rb	0.169 s	9.3E+02	5.4E+00
⁹⁷Sr	0.42 s	1.6E+04	6.8E+02
⁹⁷Y	3.76 s	2.3E+04	3.2E+03
⁹⁷Zr	16.8 h	4.5E+03	7.0E+02
⁹⁸Rb	0.107 s	2.2E+02	3.4E+01
⁹⁸Sr	0.65 s	1.0E+04	6.6E+02
⁹⁸Y-m	2.1 s	1.7E+04	1.1E+03
⁹⁸Y	0.59 s	1.7E+04	1.1E+03
⁹⁸Zr	30.7 s	1.6E+04	2.4E+03
⁹⁸Nb	2.9 s	4.4E+02	5.6E+01
⁹⁹Sr	0.269 s	3.6E+03	7.2E+01
⁹⁹Y	1.47 s	3.1E+04	3.3E+03
⁹⁹Zr	2.2 s	3.4E+04	4.1E+03
⁹⁹Nb-m	2.6 m	2.9E+03	4.5E+02
⁹⁹Nb	15 s	2.5E+02	3.8E+01
¹⁰⁰Sr	0.201 s	9.5E+02	9.4E+00
¹⁰⁰Y	0.73 s	2.1E+04	1.5E+03
¹⁰⁰Zr	7.1 s	5.6E+04	8.0E+03
¹⁰⁰Nb-m	3 s	7.7E+03	9.9E+02
¹⁰⁰Nb	1.5 s	7.7E+03	8.3E+02
¹⁰¹Y	0.43 s	9.1E+03	3.9E+02
¹⁰¹Zr	2.1 s	5.9E+04	7.1E+03
¹⁰¹Nb	7.1 s	3.5E+04	5.0E+03
¹⁰¹Mo	14.6 m	2.4E+03	3.7E+02
¹⁰²Y	0.36 s	2.2E+03	7.4E+01
¹⁰²Zr	2.9 s	3.9E+04	5.0E+03
¹⁰²Nb	1.3 s	5.5E+04	5.6E+03
¹⁰²Mo	11.3 m	1.3E+04	1.9E+03
¹⁰³Y	0.26 s	4.8E+02	8.9E+00
¹⁰³Zr	1.3 s	2.3E+04	2.3E+03
¹⁰³Nb	1.5 s	8.3E+04	8.9E+03
¹⁰³Mo	1.13 m	4.0E+04	6.2E+03
¹⁰³Tc	54 s	1.5E+03	2.4E+02
¹⁰⁴Zr	1.2 s	6.0E+03	5.9E+02
¹⁰⁴Nb	4.8 s	5.8E+04	8.0E+03
¹⁰⁴Mo	60 s	7.6E+04	1.2E+04
¹⁰⁴Tc	18.2 m	1.2E+04	1.8E+03
¹⁰⁵Zr	0.493 s	1.1E+03	5.3E+01
¹⁰⁵Nb	3 s	2.7E+04	3.5E+03
¹⁰⁵Mo	36 s	8.2E+04	1.2E+04
¹⁰⁵Tc	7.6 m	5.7E+04	8.8E+03
¹⁰⁵Ru	4.44 h	1.8E+03	2.9E+02
¹⁰⁶Nb	1 s	1.2E+04	1.1E+03
¹⁰⁶Mo	8.4 s	9.4E+04	1.4E+04
¹⁰⁶Tc	36 s	5.9E+04	9.1E+03
¹⁰⁶Ru	1.02 y	5.6E+03	8.7E+02
¹⁰⁷Nb	0.766 s	2.4E+03	1.8E+02
¹⁰⁷Mo	3.5 s	5.4E+04	7.2E+03
¹⁰⁷Tc	21.2 s	9.8E+04	1.5E+04
¹⁰⁷Ru	3.8 m	2.4E+04	3.7E+03
¹⁰⁷Rh	21.7 m	4.3E+02	6.6E+01
¹⁰⁸Nb	0.242 s	2.8E+02	4.3E+00
¹⁰⁸Mo	1.5 s	1.8E+04	1.9E+03
¹⁰⁸Tc	5.1 s	9.0E+04	1.3E+04
¹⁰⁸Ru	4.5 m	5.3E+04	8.3E+03
¹⁰⁸Rh-m	5.9 m	1.5E+03	2.4E+02
¹⁰⁸Rh	17 s	1.5E+03	2.3E+02
¹⁰⁹Mo	1.41 s	4.0E+03	4.2E+02
¹⁰⁹Tc	1.4 s	5.1E+04	5.3E+03
¹⁰⁹Ru	34.5 s	8.1E+04	1.2E+04
¹⁰⁹Rh-m	50 s	6.9E+03	1.1E+03
¹⁰⁹Rh	1.34 m	1.8E+04	2.7E+03
¹¹⁰Mo	2.77 s	6.2E+02	7.9E+01
¹¹⁰Tc	0.83 s	2.3E+04	1.8E+03
¹¹⁰Ru	15 s	9.8E+04	1.5E+04
¹¹⁰Rh-m	29 s	1.8E+04	2.8E+03
¹¹⁰Rh	3.1 s	1.8E+04	2.4E+03
¹¹¹Tc	1.98 s	4.8E+03	5.6E+02
¹¹¹Ru	1.5 s	6.1E+04	6.6E+03
¹¹¹Rh	11 s	6.6E+04	9.8E+03
¹¹¹Pd-m	5.5 h	4.6E+03	7.2E+02
¹¹¹Pd	23.4 m	3.3E+03	5.1E+02
¹¹²Tc	0.431 s	6.2E+02	2.7E+01
¹¹²Ru	4.5 s	2.5E+04	3.5E+03
¹¹²Rh	4 s	6.5E+04	8.7E+03
¹¹²Pd	20.04 h	2.0E+04	3.1E+03
¹¹²Ag	3.13 h	9.7E+02	1.5E+02
¹¹³Ru	2.7 s	5.8E+03	7.3E+02
¹¹³Rh	0.9 s	5.3E+04	4.4E+03
¹¹³Pd	1.64 m	6.5E+04	1.0E+04
¹¹³Ag-m	1.14 m	5.3E+03	8.2E+02
¹¹³Ag	5.3 h	7.9E+02	1.2E+02
¹¹⁴Ru	8.14 s	5.1E+02	7.5E+01
¹¹⁴Rh	1.8 s	1.5E+04	1.7E+03
¹¹⁴Pd	2.48 m	4.9E+04	7.6E+03
¹¹⁴Ag	4.6 s	2.5E+04	3.4E+03
¹¹⁵Rh	0.99 s	4.6E+03	4.1E+02
¹¹⁵Pd	47 s	4.6E+04	7.1E+03
¹¹⁵Ag-m	18.7 s	1.5E+04	2.2E+03
¹¹⁵Ag	20 m	1.2E+04	1.8E+03
¹¹⁵Cd-m	44.6 d	1.1E+03	1.7E+02
¹¹⁵Cd	2.228 d	3.3E+02	5.2E+01
¹¹⁶Rh	0.7 s	6.1E+02	4.3E+01
¹¹⁶Pd	12.7 s	2.2E+04	3.3E+03
¹¹⁶Ag-m	10.5 s	1.4E+04	2.1E+03
¹¹⁶Ag	2.68 m	1.8E+04	2.7E+03
¹¹⁷Pd	5 s	7.9E+03	1.1E+03
¹¹⁷Ag-m	5.3 s	1.4E+04	1.9E+03
¹¹⁷Ag	1.22 m	1.4E+04	2.1E+03
¹¹⁷Cd-m	3.4 h	4.0E+03	6.2E+02
¹¹⁷Cd	2.49 h	1.2E+03	1.8E+02
¹¹⁸Pd	2.4 s	3.4E+03	4.2E+02
¹¹⁸Ag-m	2.4 s	7.9E+03	9.8E+02
¹¹⁸Ag	4 s	8.0E+03	1.1E+03
¹¹⁸Cd	50.3 m	7.3E+03	1.1E+03
¹¹⁹Pd	1.76 s	2.3E+02	2.6E+01
¹¹⁹Ag	2.1 s	5.2E+03	6.2E+02
¹¹⁹Cd-m	2.2 m	2.4E+03	3.7E+02
¹¹⁹Cd	2.69 m	2.4E+03	3.7E+02
¹²⁰Ag	1.23 s	2.1E+03	2.1E+02
¹²⁰Cd	50.8 s	4.2E+03	6.5E+02
¹²¹Ag	0.78 s	5.1E+02	3.9E+01
¹²¹Cd	13.5 s	2.6E+03	3.9E+02
¹²²Cd	5.3 s	2.3E+03	3.2E+02
¹²³Cd	2.09 s	9.0E+02	1.1E+02
¹²⁴Cd	1.24 s	3.0E+02	3.0E+01
¹²⁴In	3.18 s	2.6E+02	3.3E+01
¹²⁶In	1.63 s	2.2E+02	2.4E+01
¹²⁶Sn	1.00E+05 y	4.8E+02	7.4E+01
¹²⁷Sn-m	4.15 m	7.7E+02	1.2E+02
¹²⁷Sn	2.12 h	1.9E+03	2.9E+02
¹²⁸Sn	59.1 m	4.7E+03	7.3E+02
¹²⁸Sb-m	10.1 m	2.6E+02	4.0E+01
¹²⁹Sn-m	6.9 m	3.2E+03	5.0E+02
¹²⁹Sn	2.4 m	7.8E+03	1.2E+03
¹²⁹Sb	4.4 h	4.6E+03	7.2E+02
¹³⁰In	0.29 s	2.8E+02	6.3E+00
¹³⁰Sn	3.7 m	9.8E+03	1.5E+03
¹³⁰Sb-m	6.5 m	7.6E+03	1.2E+03
¹³⁰Sb	38.4 m	4.4E+03	6.9E+02
¹³¹Sn	39 s	8.0E+03	1.2E+03
¹³¹Sb	23 m	2.7E+04	4.2E+03
¹³¹Te-m	1.35 d	6.4E+03	9.9E+02
¹³¹Te	25 m	1.9E+03	2.9E+02
¹³²Sn	40 s	3.7E+03	5.7E+02
¹³²Sb-m	2.8 m	1.4E+04	2.1E+03
¹³²Sb	4.2 m	1.9E+04	3.0E+03
¹³²Te	3.26 d	2.1E+04	3.3E+03
¹³²I	2.28 h	5.7E+02	8.9E+01
¹³³Sn	1.44 s	1.7E+03	1.8E+02
¹³³Sb	2.5 m	2.9E+04	4.4E+03
¹³³Te-m	55.4 m	3.5E+04	5.4E+03
¹³³Te	12.4 m	1.4E+04	2.2E+03
¹³³I	20.8 h	5.9E+03	9.2E+02
¹³⁴Sn	1.04 s	4.1E+02	3.7E+01
¹³⁴Sb	0.8 s	1.5E+04	1.2E+03
¹³⁴Te	42 m	6.3E+04	9.9E+03
¹³⁴I-m	3.7 m	1.6E+04	2.4E+03
¹³⁴I	52.6 m	8.9E+03	1.4E+03
¹³⁴Xe-m	0.29 s	7.0E+02	1.6E+01
¹³⁵Sb	1.71 s	3.9E+03	4.4E+02
¹³⁵Te	19 s	4.8E+04	7.3E+03
¹³⁵I	6.57 h	5.0E+04	7.8E+03
¹³⁵Xe-m	15.3 m	6.1E+03	9.4E+02
¹³⁵Xe	9.1 h	5.0E+03	7.8E+02
¹³⁶Sb	0.82 s	8.2E+02	6.5E+01
¹³⁶Te	17.5 s	2.5E+04	3.7E+03
¹³⁶I-m	47 s	2.5E+04	3.9E+03
¹³⁶I	1.39 m	3.7E+04	5.7E+03
¹³⁷Te	2.5 s	6.3E+03	7.8E+02
¹³⁷I	24.5 s	4.2E+04	6.4E+03
¹³⁷Xe	3.82 m	7.0E+04	1.1E+04
¹³⁷Cs	30.17 y	1.9E+04	2.9E+03
¹³⁸Te	1.4 s	1.5E+03	1.5E+02
¹³⁸I	6.5 s	2.7E+04	3.9E+03
¹³⁸Xe	14.1 m	9.8E+04	1.5E+04
¹³⁸Cs-m	2.9 m	8.1E+03	1.3E+03
¹³⁸Cs	32.2 m	1.5E+04	2.4E+03
¹³⁹Te	0.58 s	2.2E+02	1.3E+01
¹³⁹I	2.3 s	1.1E+04	1.4E+03
¹³⁹Xe	39.7 s	9.5E+04	1.4E+04
¹³⁹Cs	9.3 m	4.9E+04	7.7E+03
¹³⁹Ba	1.396 h	3.9E+03	6.1E+02
¹⁴⁰I	0.86 s	3.1E+03	2.6E+02
¹⁴⁰Xe	13.6 s	6.9E+04	1.0E+04
¹⁴⁰Cs	1.06 m	7.5E+04	1.2E+04
¹⁴⁰Ba	12.75 d	1.4E+04	2.2E+03
¹⁴¹I	0.45 s	7.5E+02	3.4E+01
¹⁴¹Xe	1.72 s	2.7E+04	3.0E+03
¹⁴¹Cs	24.9 s	1.0E+05	1.6E+04
¹⁴¹Ba	18.3 m	3.0E+04	4.7E+03
¹⁴¹La	3.9 h	1.0E+03	1.6E+02
¹⁴²Xe	1.22 s	9.9E+03	9.8E+02
¹⁴²Cs	1.8 s	6.8E+04	7.8E+03
¹⁴²Ba	10.7 m	7.3E+04	1.1E+04
¹⁴²La	1.54 h	1.1E+04	1.7E+03
¹⁴³Xe	0.3 s	1.1E+03	2.8E+01
¹⁴³Cs	1.78 s	2.0E+04	2.3E+03
¹⁴³Ba	14.3 s	1.2E+05	1.8E+04
¹⁴³La	14.1 m	2.8E+04	4.4E+03
¹⁴³Ce	1.38 d	4.4E+02	6.9E+01
¹⁴⁴Xe	1.2 s	3.1E+02	3.1E+01
¹⁴⁴Cs	1.01 s	1.5E+04	1.3E+03
¹⁴⁴Ba	11.4 s	9.1E+04	1.3E+04
¹⁴⁴La	40.7 s	5.0E+04	7.7E+03
¹⁴⁴Ce	284.6 d	2.7E+03	4.2E+02
¹⁴⁵Cs	0.59 s	4.0E+03	2.4E+02
¹⁴⁵Ba	4 s	5.6E+04	7.5E+03
¹⁴⁵La	24 s	6.8E+04	1.0E+04
¹⁴⁵Ce	3 m	9.4E+03	1.5E+03
¹⁴⁶Cs	0.322 s	7.0E+02	1.9E+01
¹⁴⁶Ba	2.2 s	2.6E+04	3.2E+03
¹⁴⁶La	6.3 s	6.5E+04	9.2E+03
¹⁴⁶Ce	13.5 m	2.7E+04	4.2E+03
¹⁴⁶Pr	24.2 m	8.3E+02	1.3E+02
¹⁴⁷Ba	0.892 s	6.8E+03	5.6E+02
¹⁴⁷La	4.02 s	5.2E+04	7.1E+03
¹⁴⁷Ce	56 s	5.2E+04	7.9E+03
¹⁴⁷Pr	13.4 m	4.9E+03	7.6E+02
¹⁴⁸Ba	0.64 s	1.3E+03	8.5E+01
¹⁴⁸La	1.1 s	2.7E+04	2.5E+03
¹⁴⁸Ce	56 s	6.3E+04	9.8E+03
¹⁴⁸Pr	2.27 m	1.5E+04	2.3E+03
¹⁴⁹La	1.1 s	6.3E+03	5.9E+02
¹⁴⁹Ce	5.2 s	4.1E+04	5.7E+03
¹⁴⁹Pr	2.3 m	2.5E+04	3.9E+03
¹⁴⁹Nd	1.72 h	1.6E+03	2.4E+02
¹⁵⁰La	0.608 s	1.5E+03	9.3E+01
¹⁵⁰Ce	4.4 s	2.5E+04	3.5E+03
¹⁵⁰Pr	6.2 s	3.5E+04	5.0E+03
¹⁵¹Ce	1 s	7.9E+03	7.0E+02
¹⁵¹Pr	22.4 s	2.9E+04	4.4E+03
¹⁵¹Nd	12.4 m	1.5E+04	2.4E+03
¹⁵¹Pm	1.183 d	5.8E+02	9.0E+01
¹⁵²Ce	3.1 s	2.0E+03	2.6E+02
¹⁵²Pr	3.2 s	1.9E+04	2.5E+03
¹⁵²Nd	11.4 m	2.2E+04	3.5E+03
¹⁵²Pm-m	7.5 m	1.6E+03	2.5E+02
¹⁵²Pm	4.1 m	1.6E+03	2.5E+02
¹⁵³Ce	1.47 s	2.8E+02	2.9E+01
¹⁵³Pr	4.3 s	7.0E+03	9.6E+02
¹⁵³Nd	28.9 s	2.2E+04	3.3E+03
¹⁵³Pm	5.4 m	5.9E+03	9.1E+02
¹⁵⁴Pr	2.3 s	1.4E+03	1.8E+02
¹⁵⁴Nd	25.9 s	1.1E+04	1.7E+03
¹⁵⁴Pm-m	2.7 m	6.9E+03	1.1E+03
¹⁵⁴Pm	1.7 m	8.0E+03	1.3E+03
¹⁵⁵Pr	1.12 s	3.1E+02	2.9E+01
¹⁵⁵Nd	8.9 s	6.6E+03	9.6E+02
¹⁵⁵Pm	48 s	1.2E+04	1.8E+03
¹⁵⁵Sm	22.2 m	2.6E+03	4.0E+02
¹⁵⁶Nd	5.5 s	2.8E+03	4.0E+02
¹⁵⁶Pm	26.7 s	1.2E+04	1.9E+03
¹⁵⁶Sm	9.4 h	2.7E+03	4.2E+02
¹⁵⁶Eu	15.2 d	2.7E+02	4.2E+01
¹⁵⁷Nd	2.48 s	4.8E+02	5.9E+01
¹⁵⁷Pm	10.9 s	5.4E+03	8.0E+02
¹⁵⁷Sm	8 m	7.7E+03	1.2E+03
¹⁵⁷Eu	15.13 h	9.5E+02	1.5E+02
¹⁵⁸Pm	4.8 s	1.9E+03	2.6E+02
¹⁵⁸Sm	5.5 m	6.6E+03	1.0E+03
¹⁵⁸Eu	45.9 m	4.0E+03	6.2E+02
¹⁵⁹Pm	3 s	5.5E+02	7.1E+01
¹⁵⁹Sm	11.3 s	4.8E+03	7.0E+02
¹⁵⁹Eu	18.1 m	3.5E+03	5.5E+02
¹⁵⁹Gd	18.6 h	3.3E+02	5.2E+01
¹⁶⁰Sm	9.6 s	2.3E+03	3.4E+02
¹⁶⁰Eu	38 s	4.2E+03	6.5E+02
¹⁶¹Sm	4.78 s	6.7E+02	9.3E+01
¹⁶¹Eu	27 s	2.9E+03	4.4E+02
¹⁶¹Gd	3.66 m	1.6E+03	2.5E+02
¹⁶²Eu	11 s	1.3E+03	1.9E+02
¹⁶²Gd	8.4 m	1.6E+03	2.6E+02
¹⁶³Eu	7.6 s	4.1E+02	5.9E+01
¹⁶³Gd	1.13 m	1.3E+03	2.0E+02
¹⁶³Tb	19.5 m	3.5E+02	5.4E+01
¹⁶⁴Gd	45 s	7.0E+02	1.1E+02
¹⁶⁴Tb	3 m	4.5E+02	6.9E+01
¹⁶⁵Gd	0.705 m	2.7E+02	4.2E+01
¹⁶⁵Tb	2.1 m	4.1E+02	6.3E+01
¹⁶⁶Tb	25.1 s	2.8E+02	4.4E+01

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ATLAS

Expected CARIBU Beam Intensities for December 2012 PAC cycle