Abstract
The recently completed positive-ion injector for the heavy-ion accelerator ATLAS is a replacement for the tandem injector of the present tandem-linac system. Unlike the tandem, the new injector provides ions from the full range of the periodic table. The concept for the new injector, which consists of an ECR ion source on a voltage platform coupled to a very-low-velocity superconducting linac, introduces technical problems and uncertainties that are well beyond those encountered previously for superconducting linacs. The solution to these problems and their relationship to performance are outlined, and experience in the operation of ATLAS with its new injector is discussed. (orig.)
Bollinger, L M;
[1]
Pardo, R C;
[1]
Shepard, K W;
[1]
Billquist, P J;
[1]
Bogaty, J M;
[1]
Clifft, B E;
[1]
Harkewicz, R;
[1]
Munson, F H;
[1]
Nolen, J A;
[1]
Zinkann, G P
[1]
- Physics Div., Argonne National Lab., IL (United States)
Citation Formats
Bollinger, L M, Pardo, R C, Shepard, K W, Billquist, P J, Bogaty, J M, Clifft, B E, Harkewicz, R, Munson, F H, Nolen, J A, and Zinkann, G P.
The positive-ion injector of ATLAS: design and operating experience.
Netherlands: N. p.,
1993.
Web.
Bollinger, L M, Pardo, R C, Shepard, K W, Billquist, P J, Bogaty, J M, Clifft, B E, Harkewicz, R, Munson, F H, Nolen, J A, & Zinkann, G P.
The positive-ion injector of ATLAS: design and operating experience.
Netherlands.
Bollinger, L M, Pardo, R C, Shepard, K W, Billquist, P J, Bogaty, J M, Clifft, B E, Harkewicz, R, Munson, F H, Nolen, J A, and Zinkann, G P.
1993.
"The positive-ion injector of ATLAS: design and operating experience."
Netherlands.
@misc{etde_5826047,
title = {The positive-ion injector of ATLAS: design and operating experience}
author = {Bollinger, L M, Pardo, R C, Shepard, K W, Billquist, P J, Bogaty, J M, Clifft, B E, Harkewicz, R, Munson, F H, Nolen, J A, and Zinkann, G P}
abstractNote = {The recently completed positive-ion injector for the heavy-ion accelerator ATLAS is a replacement for the tandem injector of the present tandem-linac system. Unlike the tandem, the new injector provides ions from the full range of the periodic table. The concept for the new injector, which consists of an ECR ion source on a voltage platform coupled to a very-low-velocity superconducting linac, introduces technical problems and uncertainties that are well beyond those encountered previously for superconducting linacs. The solution to these problems and their relationship to performance are outlined, and experience in the operation of ATLAS with its new injector is discussed. (orig.)}
journal = []
volume = {79:1-4}
place = {Netherlands}
year = {1993}
month = {Jun}
}
title = {The positive-ion injector of ATLAS: design and operating experience}
author = {Bollinger, L M, Pardo, R C, Shepard, K W, Billquist, P J, Bogaty, J M, Clifft, B E, Harkewicz, R, Munson, F H, Nolen, J A, and Zinkann, G P}
abstractNote = {The recently completed positive-ion injector for the heavy-ion accelerator ATLAS is a replacement for the tandem injector of the present tandem-linac system. Unlike the tandem, the new injector provides ions from the full range of the periodic table. The concept for the new injector, which consists of an ECR ion source on a voltage platform coupled to a very-low-velocity superconducting linac, introduces technical problems and uncertainties that are well beyond those encountered previously for superconducting linacs. The solution to these problems and their relationship to performance are outlined, and experience in the operation of ATLAS with its new injector is discussed. (orig.)}
journal = []
volume = {79:1-4}
place = {Netherlands}
year = {1993}
month = {Jun}
}