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ISTITUTO NAZIONALE DI FISICA NUCLEARELABORATORI NAZIONALI DI LEGNAROServizio Sorgenti e IniettoriViale dell'Università, 2 - 35020 LEGNARO (PD) ITALYTelephone +39 049 8068 311 - Telefax +39 049 641 925 |
Ion Beams Available at the LNL XTU TANDEM |
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Updated on December 09th, 2014 |
In this page you will find the list of the negative ion beams available to the
XTU tandem users. The reported beam current is referred to the beam extracted
from the ion source and injected in the XTU Tandem; to calculate the beam
current obtainable at the experimental point, this value must be multiplied by
the tandem and beam line transmission, and by the positive ion charge state
probability after stripping. The quoted intensity should be intended as an
average value that can be reliably maintained during a long run without making unreasonably short
the Tandem stripper foils lifetime.
Legenda:
(*) |
The user must provide the isotope |
new |
Beam developed and extracted but not yet used |
Accelerated Beam |
Negative Beam |
Current in FC#2 (nA) |
Comments |
1H |
1H |
1000 |
- |
2H |
2H |
300 |
Deuterium gas spray |
6Li |
6Li |
40 |
- |
7Li |
7Li |
200 |
- |
10B |
10B |
50 |
|
11B |
11B |
200 |
- |
12C |
12C |
1000 |
- |
13C |
13C |
30 |
- |
14N |
25(BN) |
500 |
- |
15N |
27(CN) |
500 |
|
16O |
16O |
1500 |
- |
17O |
17O |
500 |
|
18O |
18O |
500 |
|
19F |
19F |
1000 |
- |
25(MgH) |
100 |
- |
|
26Mg |
27(MgH) |
100 |
|
27Al |
27Al2 |
300 |
- |
28Si |
28Si |
1000 |
- |
29Si |
29Si |
200 |
- |
30Si |
30Si |
100 |
|
31P |
31P |
400 |
- |
32S |
32S |
1000 |
- |
33S |
33S |
300 |
|
34S |
34S |
150 |
- |
36S |
36S |
300 |
|
35Cl |
35Cl |
1000 |
- |
37Cl |
37Cl |
500 |
- |
41(CaH) |
80 |
- |
|
42Ca |
43(CaH) |
80 | |
48Ca |
49(CaH) |
80 |
|
48Ti |
49(TiH) |
500 |
- |
50Ti |
66(TiO) |
100 |
|
50Cr |
52(CrH2) |
80 |
|
52Cr |
54(CrH2) |
80 |
- |
51V |
51V |
200 |
- |
51V |
67(VO) |
400 |
- |
54Fe |
54Fe |
100 |
|
56Fe |
56Fe |
100 |
- |
58Ni |
58Ni |
1000 |
- |
60Ni |
60Ni |
500 |
- |
64Ni |
64Ni |
500 |
|
63Cu |
63Cu |
700 |
- |
65Cu |
65Cu |
300 |
- |
64Zn |
80(ZnO) |
400 |
- |
66Zn |
82(ZnO) |
200 |
- |
68Zn |
84(ZnO) |
200 |
- |
70Zn |
86(ZnO) |
200 |
|
69Ga |
85(GaO) |
200 |
- |
71Ga |
87(GaO) |
150 |
- |
74Ge |
400 |
- |
|
76Ge |
76Ge |
150 |
- |
74Se |
74Se |
300 |
|
76Se |
76Se |
150 |
- |
77Se |
77Se |
200 |
- |
78Se |
78Se |
300 |
- |
80Se |
80Se |
300 |
- |
82Se |
82Se |
300 |
- |
79Br |
79Br |
300 |
- |
81Br |
81Br |
300 |
- |
90Zr |
91(ZrH) |
80 |
- |
91Zr |
92(ZrH) |
30 |
- |
92Zr |
93(ZrH) |
25 |
- |
94Zr |
95(ZrH) |
25 |
- |
96Zr |
112(ZrO) |
200 |
|
92Mo |
108(MoO) |
200 |
- |
94Mo |
110(MoO) |
120 |
- |
95Mo |
111(MoO) |
200 |
- |
96Mo |
112(MoO) |
200 |
- |
97Mo |
113(MoO) |
120 |
- |
98Mo |
114(MoO) |
200 |
- |
100Mo |
116(MoO) |
120 |
- |
96Ru |
96Ru |
150 |
- |
98Ru |
98Ru |
50 |
- |
99Ru |
99Ru |
200 |
- |
100Ru |
100Ru |
200 |
- |
101Ru |
101Ru |
200 |
- |
102Ru |
102Ru |
200 |
- |
104Ru |
104Ru |
200 |
- |
107Ag |
107Ag |
200 |
- |
109Ag |
109Ag |
200 |
- |
116Sn |
116Sn |
150 |
- |
120Sn |
120Sn |
150 |
- |
127I |
127I |
150 |
- |
197Au |
197Au |
150 |
Please contact staff (*) |
(*) the user must provide the isotope - Please contact the Servizio Sorgenti e Iniettori staff.
Enriched isotopes to be provided by the user
The enriched material for target preparation must be given to the Servizio Sorgenti e Iniettori staff at least two days before the beginning of the experiment.
Isotope |
Average beam time per target |
Required amount per target |
Required enrichment (minimum) |
Format |
Days |
mg |
% |
||
10B |
- |
- |
90 |
Powder |
15N |
- |
- |
90 |
Melamine, please contact the staff |
17,18O |
- |
- |
90 |
Gas/SiO2, please contact the staff |
26Mg |
4 |
40 |
97 |
Powder |
33S |
7 |
20 |
50 |
Powder |
36S |
7 |
20 |
69 |
Powder |
42Ca ** |
7 |
25 |
97 |
Metal cylinder |
48Ca ** |
7 |
25 |
97 |
Metal cylinder |
50Cr |
3 |
70 |
96 |
Powder |
50Ti |
- |
80 |
>95 |
TiO2, Powder |
54Fe |
2¸3 |
70 |
80 |
Metal cylinder |
64Ni |
7 |
80 |
50 |
Powder |
74Se |
7 |
100 |
30 |
CdSe Powder |
96Zr |
7 |
80 |
60 |
ZrO Powder |
** The 42Ca and 48Ca material must be delivered inserted in the proper support (available at Servizio Sorgenti e Iniettori) with an axial hole with diameter between 0.5 mm and 0.8 mm to allow for Ammonia gas flow.
Dr. | Alessio Galatà |
alessio.galata@lnl.infn.it | +39 49 8068 317/685 |
head |
Eng. | Gabriele Patti |
gabriele.patti@lnl.infn.it | +39 49 8068 685 |
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Mr. | Manuele Sattin |
sattin@lnl.infn.it | +39 49 8068 463 |
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Mr. | Denis Martini |
denis.martini@lnl.infn.it | +39 49 8068 463 |
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Servizio Sorgenti e Iniettori Home page
Available ECR Positive Ion Beams