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What is the TESLA Accelerator Installation?
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| The TESLA Accelerator Installation is an ion accelerator facility consisting of a compact isochronous cyclotron - the VINCY Cyclotron, an electron cyclotron resonance heavy ion source - the mVINIS Ion Source, a volume light ion source - the pVINIS Ion Source, and a number of low energy and high energy experimental channels. The construction of this facility has been going on the Vinca Institute of Nuclear Sciences, in Belgrade, Yugoslavia. | |||||||
| The scheme of the TESLA Accelerator Installation | ||||||
The mVINIS Ion Source will be able to produce ions of gaseous as well as
solid substances. It will be able to deliver, e.g., 40 µA of 150 keV
N6+
ion beam, 50 µA of 275 keV Ar11+ ion beam, and 40 µA of
500 keV Xe20+ ion
beam, with the emittances not exceeding 80  mm mrad. It will be able
to give also heavy ions of lower energies - above 10 keV.
The pVINIS Ion Source will be able to deliver H-,
D-, H2+, H3+,
D2+, and
D3+ ion beams with the currents higher
than 500 µA, and the emittances
smaller than 50 | |||||||
| The magnetic stucture of the VINCY Cyclotron | 
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The VINCY Cyclotron will be able to deliver, e.g., 4 µA of 27 MeV per
nucleon N6+ ions, 5 µA of 11 MeV per nucleon
Ar11+ ions, and
4 µA of 3 MeV per nucleon Xe20+ ions. It will be able to give
also 2 µA of 66 MeV protons, 20 µA of 43-73 MeV deuterons, 40 µA
of 22-36 MeV protons, and 60 µA of 11-16 MeV protons.
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