Year/month	Days	Primary Beam			Target		Secondary Beam
		Ion	Energy(MeV/u)	current(pnA)	Material	Pressure	Ion	Energy on target [or PPAC] (MeV/u)	Intensity@F2(pps)	purity@F2 (%)	Intensity@F3(pps)	purity@F3 (%)	Brho(Tm)	WF(+-kV)
2001.11	7	10B	7.8	200	CH4	1.3mg/cm2	10C	6.1	1.6E+05	90
2001.11	7	10B	7.8	200	3He	0.25mg/cm2	12N	3.9	2.5E+03	3
2001.11	7	10B	7.8	200	3He	0.25mg/cm2	11C	3.4	1.6E+04	19.2
2001.12	2.5	14N	8.4	200	CH4	1.3mg/cm2	14O	6.7	8.0E+05
2003.1	2	18O	6.1	200	Be	1.4mg/cm2	17N	5.6	3.5E+05	24
2003.1	2	18O	6.1	200	Be	1.4mg/cm2	17O	5.4	1.2E+05	8
2003.1	2	18O	6.1	200	Be	1.4mg/cm2	14C	6.2	2.8E+05	19
2003.1	2	18O	6.1	200	Be	1.4mg/cm2	18O	4.7	4.7E+05	32
2002.12	8	14N	8.4	300	CH4	1.3mg/cm2	14O	6.4	7.0E+05	85
2003.2	7	20Ne	8.1	200	3He	0.25mg/cm2	22Mg	4.4	6.6E+03	3
2003.2	7	20Ne	8.1	200	3He	0.25mg/cm2	21Na	3.9	2.4E+04	12
2003.4	1	7Li	3.4	100	CH4	1.3mg/cm2	7Be	1.2	7.0E+05	90
2003.4	1	7Li	3.1	100	D2	0.39mg/cm2	8Li	0.2	4.0E+04	100
2003.6	11	24Mg	7.4	60	D2	0.33mg/cm2	23Mg	4.0	3.2E+04	12
2003.6	11	24Mg	7.4	63	3He	0.32mg/cm2	25Al	3.4	9.3E+03	4.7
2003.6	11	24Mg	7.4	63	3He	0.32mg/cm2	26Si	4.0	1.6E+03	0.7
2004.7	2	40Ar	4.5	118	3He	2cm, 760Torr, 0.25mg/cm2	39Ar	3.7			7.00E+02	4
2004.10	5	13C	6.0	500	H2	0.3mg/cm2	13N	3.7			2.00E+05	98
2004.12	8	18O	7.0	550	Be	2.3mg/cm2	17N	6.0	2.1E+05	29.3	2.30E+04	42			17O-17N not separated at F2
2004.12	8	18O	7.0	550	Be	2.3mg/cm2	17O	5.8							17O-18O not separated at F2
2004.12	8	18O	7.0	550	Be	2.3mg/cm2	18O	5.3	1.8E+05	24.8	1.20E+04	21.2
2004.12	8	18O	7.0	550	Be	2.3mg/cm2	14C	6.5	1.3E+05	18.7	7.60E+03	13.8
2005.3	3	7Li	3.1		D2		8Li	0.5			3.00E+03
2005.6	6	24Mg	7.5	26	D2	80mm,760Torr	25Al	3.4			5.00E+05	50
2005.9	5	7Li	8.6	150	H2	80mm,760Torr	7Be	8.1	5.0E+05	56	2.00E+05	100
2005.11	1	14N	7.0	971	H2	80mm,760Torr	14O	2.1			5.20E+03	65	0.5647	?
2005.11	1	18O	4.0	333	H2	80mm, 540Torr(0.42mg/cm2)	18F	2.7			1.50E+05	98
2005.12	5	7Li	6.5	333	D2	8 cm, 760 Torr	8Li	5.0			2.00E+05	100
2006.1	3	40Ar	4.5	100	3He	80mm,760Torr	39Ar	2.0			5.00E+02	0.59			WF broken
2006.4	1	40Ca	5.5	100	12C	0.45mg/cm2	46Cr	2.3			0.00E+00	0	0.5535	85
2006.5	1	40Ar	4.5	74	12C	0.4mg/cm2	49V	1.9					0.578
2006.5	6	14N	8.6	29	H2	Cryo,760Torr	14O	6.3		18	1.80E+04	96	0.6647	70
2006.6	3	18O	7.0	400	Be	2.8mg/cm2	18N	5.7	3.4E+05	6.1
2006.9	1	7Li	5.6	1350	H2	Cryo,760Torr	7Be	3.6	2.7E+08	75			0.5127
2006.10	6	6Li	9.5	500	3He	2 mg/cm2	8B	5.2			1.00E+04	30
2006.11	2	40Ca	5.6	6	12C	0.54mg/cm2	49Cr	2.8					0.5649
2006.12	9	14N	8.2	620	H2	Cryo, 600Torr(1.9mg/cm2)	14O	2.5		8.9	6.18E+04	89	0.4856	55
2006.12	9	14N	8.2	620	H2	Cryo, 600Torr(1.9mg/cm2)	11C	1.0		1.9	5.00E+03	7.2	0.4856	55
2006.12	2	28Si	6.9	100	3He	Cryo,400Torr	30S(16+)	0.5			1.80E+03	13	0.578	64
2006.12	2	28Si	6.9	100	3He	Cryo,400Torr	30S(15+)	0.5			3.00E+03	13	0.5631	85
2006.12	2	18O	7.0	240	Be	2.8mg/cm2	17N(polarized)	5.2	1.0E+05	1.8					Max. 6e5pps possible
2007.1	1	7Li	5.1	19	H2	Cryo,760Torr	7Be	2.1	8.3E+05	55.2	8.78E+04	100	0.3645	73.2
2007.1	2	20Ne	6.0	1	D2	Cryo, 360Torr	21Na	6.0	2.8E+04	8.54	1.00E+04	94
2007.3	2	36Ar	3.6	130	12C	0.5mg/cm2	46Ti	1.7			?	?	0.5056	73
2007.3	7	18O	4.5	92	H2	Cryo, 126Torr	18F	0.8		27	1.60E+05	61.5	0.4876	39.4
2007.5	9	24Mg	7.5	42	D2	Cryo, 410Torr	25Al	3.5		11	1.20E+06	50	0.621	80
2007.6	10	7Li	8.6	1000	H2	Cryo, 760Torr	7Be	7.6		69	5.00E+05	90	0.6989	50
2007.7	2	36Ar	3.6	3	12C	0.54mg/cm2	46Cr	1.3	0.6	0.3			0.4494
2007.7	2	11B	4.6	1300	H2	Cryo, 300Torr (0.91mg/cm2)	11C	0.7	5.0E+02	38	4.10E+05	100			1.4e6pps possible
2007.10	10	16O	6.3	43	D2	Cryo, 211Torr	17F	3.4			5.00E+05	92
2007.11	2	36Ar	3.6	20	12C	0.815mg/cm2	46Cr	1.3			1.70E+00	0.8	0.419	80
2008.1	1	16O	10.4	86	3He	Cryo, 360Torr	17Ne	4.9	2.4E+02	0.3			0.6181
2008.3	7	18O	5.9	35	H2	Cryo, 660Torr	18F	3.2		12	6.21E+05	73	0.5421	40?
2008.3	1.5	28Si	5.9	37	D2	Cryo, 120Torr	30P	1.0	2.3E+04		2.59E+03	30
2008.4	2	36Ar	3.6	20	12C	0.845mg/cm2	46Cr	1.2			2.40E+00	1.2
2008.5	2	28Si	7.5	10	3He	Cryo, 400Torr	30S(16+)	0.5			7.00E+02	30	0.516	60
2008.5	2	28Si	7.5	10	3He	Cryo, 400Torr	30S(15+)	0.5			1.20E+04	0.8	0.5758	58.5
2008.6	6	14N	8.4	500	H2	Cryo, 1.29mg/cm2	14O	2.4			5.00E+05	93
2008.10	8	36Ar	3.6	80	12C	0.56mg/cm2	46Cr	1.2			5.60E+00	1.8	0.4191	85
2008.10	1.5	18O	6.9		Be	2.8mg/cm2	18N	3.4	1.8E+01	1.9			0.8794		low-current (could not be measured) beam used.
2008.11	9	20Ne	6.2	56	D2	Cryo, 450Torr	21Na	1.9		16.1	5.00E+05	96	0.5403	60.3
2008.12	2	6Li	10.5	30	3He	Cryo, 700Torr	8B	6.0	1.8E+03	3	1.10E+02	56	0.5994	50
2009.3	2	16O	11.0	150	3He	Cryo	17Ne	4.9			5.00E+02	2
2009.5	4	10B	7.9	420	3He	Cryo, 360Torr	12N	5.8	6.0E+03	4.7	6.00E+02	30	0.6001	81
2009.6	10	11B	4.6	1000	H2	Cryo, 1.2mg/cm2	11C	1.5			1.70E+05	98	0.4322	50
2009.6	10	11B	4.6	1000	H2	Cryo, 1.7mg/cm2	11C	0.9			8.80E+05	97	0.4322	50
2009.7	2	28Si	7.4	144	3He	Cryo, 400Torr	30S	0.5			8.60E+03	24	0.552	60
2009.9	2	16O	6.8		3He	Cryo, 560Torr	18Ne	3.7			5.10E+05	81.2
2009.12		24Mg	7.4	21	3He	Cryo, 420Torr	26Si	1.8		0.3		>0.5	0.4944	50	Oficially no beam time
2010.4	7	7Li	5.0	450	H2	Cryo, 760Torr	7Be	2.1			2.00E+05	100	0.4038	30.5
2010.5	2	28Si	7.4	30	4He	Water-cooled(80mm), 600Torr	30P	3.3			1.0E+04	0.5	0.7901	90
2010.6	10	18O	6.0	250	3He	Cryo, 560Torr	18Ne	3.5			9.00E+04	80
2010.7	2	7Li	5.0	500	H2	Cryo, 760Torr	7Be	3.8		50	5.00E+06	100	0.4894
2010.9	9	28Si	7.3	77	3He	Cryo, 400Torr	30S	0.5			1.50E+04	45	0.5411	72
2010.12	2	6Li	9.6	400	3He	Cryo, 100Torr	8B	7.2			1.86E+02	9	0.618
2011.1	6	24Mg	7.5	200	3He	Cryo, 220Torr	26Si	3.0	2.6E+05	2	6.00E+04	23	0.6043	55
2011.2	9	20Ne	8.1	160	D2	Cryo, 500Torr	21Na	4.1			3.00E+05	50	0.67	72.2
2011. 11	8	20Ne	6.1	100	He3	Cryo, 170torr	22Mg	3.7	8.0E+04	1.46	3.50E+03	18
2011.12	2	15N	5.0	0.11	D2	Cryo, 400Torr	16N	0.9			2.45E+01	89	0.5195	50	2 x 10^4 if 100pnA
2012.2	11	22Ne	6.1	58	H2	Cryo,400Torr	22Na	3.0		60	5.20E+05	90	0.5437	50	logbook p.87-92
2012.5	2	42Ca	5.9	6	3He	Cryo,300Torr	44Ti	2.3			1.00E+03	15	0.557	70	18+ charge state, 1  x 10^4 if 70pnA beam is available
2012.6	8	16O	6.6	83	D2	Cryo, 110Torr	17F	4.7		56	5.00E+05	98	0.613	75	max 2euA 16O was available
2012.7	2	7Li	5.7	750	H2	Cryo, 760Torr	7Be	4.0	2.0E+08	76			0.5105		full intensity was estimated by the activation
2012.12	1.5	42Ca	5.9	42	3He	Cryo,150Torr	44Ti	1.8							target thickness increased much
2013.3	1.5	22Ne	6.1	300	H2	Cryo, 760Torr	22Na	4.0	3.1E+06	39			0.5535
2013.7	2	15N	5.4	34	D2	Cryo, 400Torr	16N	1.9			1.0E+06	>84	0.6268		full beam x 1/10
2013.9	16	15N	5.4	200	D2	Cryo, 400Torr	16N	2.2			2.0E+05	80	0.62682?
2013.12	2	15N	7.1	141	H2	Cryo, 580Torr (,400Torr)	15O	2.1		45	1.0E+06	93	0.5599		full beam x 1/5, logbook p.90
2014.1	2	11B	5.0	300	D2	Cryo, 500Torr	10Be	2.3			2.1E+04	85	0.6764
(primary beam only)
2009.2	3.5	7Li	3.5
2008.7	2	28Si	4.8
etc.