ISTITUTO NAZIONALE DI FISICA NUCLEARE 

LABORATORI NAZIONALI DI LEGNARO

Servizio Sorgenti e Iniettori

Viale dell'Università, 2 - 35020 LEGNARO (PD) ITALY

Telephone +39 049 8068 311 - Telefax +39 049 641 925 

 

Ion Beams Available at the LNL XTU TANDEM 

 

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.
 
 

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go to Mg

go to Ca

go to Ge

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

For higher currents the user must provide the isotope (*)

11B

11B

200

12C

12C

1000

13C

13C

30

14N

25(BN)

500

15N

27(CN)

500

The user must provide the isotope (*)

16O

16O

1500

-

17O

17O

500

The user must provide the isotope (*)

18O

18O

500

The user must provide the isotope (*)

19F

19F

1000

24Mg 

25(MgH)

100

26Mg

27(MgH)

100

The user must provide the isotope (*)

27Al

27Al2

300

-

28Si

28Si

1000

29Si

29Si

200

30Si

30Si

100

For higher currents the user must provide the isotope (*)

31P

31P

400

-

32S

32S

1000

33S

33S

300

The user must provide the isotope (*)

34S

34S

150

36S

36S

300

The user must provide the isotope (*)

35Cl

35Cl

1000

37Cl

37Cl

500

40Ca 

41(CaH)

80

42Ca

43(CaH)

80

The user must provide the isotope (*)

48Ca

49(CaH)

80

The user must provide the isotope (*)

48Ti

49(TiH)

500

50Ti

66(TiO)

100

The user must provide the isotope (*)

50Cr

52(CrH2)

80

The user must provide the isotope (*)

52Cr

54(CrH2)

80

51V

51V

200

51V

67(VO)

400

54Fe

54Fe

100

The user must provide the isotope (*)

56Fe

56Fe

100

58Ni

58Ni

1000

60Ni

60Ni

500

64Ni

64Ni

500

The user must provide the isotope (*)

63Cu

63Cu

700

65Cu

65Cu

300

64Zn

80(ZnO)

400

-

66Zn

82(ZnO)

200

-

68Zn

84(ZnO)

200

-

70Zn

86(ZnO)

200

The user must provide the isotope (*)

69Ga

85(GaO)

200

-

71Ga

87(GaO)

150

-

74Ge 

74Ge

400

76Ge

76Ge

150

74Se

74Se

300

The user must provide the isotope (*)

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

The user must provide the isotope (*)

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.

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Servizio Sorgenti e Iniettori staff in December 2014

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 

 

Mr.

Manuele Sattin

sattin@lnl.infn.it

+39 49 8068 463 

 

Mr.

Denis Martini

denis.martini@lnl.infn.it

+39 49 8068 463 

 

Servizio Sorgenti e Iniettori Home page

Available ECR Positive Ion Beams