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ARIEL Building. Pierre Bricault. Target Stations. Target station design utilises the experience we built over the 10 years of ISAC-I operation. Target module shielding plug Target Station #1 The first target station to be operational in July 2013
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ARIEL Building • Pierre Bricault
Target Stations • Target station design utilises the experience we built over the 10 years of ISAC-I operation. • Target module shielding plug • Target Station #1 • The first target station to be operational in July 2013 • 25 kW of electron beam and 100 kW of proton beam. • Target Station #2 • Target station #2 to be operational in July 2017 • The design will accommodate 500 kW of electron beam. • In the 2010-2015 5YP it will be used for the 500 kW converter development test bed.
Services • To service the beam lines and the target station we are planning to have a remote handling manipulator that will be attached to the overhead crane. • The remote handling manipulator need a space of 1.5 m on each side of the beam line centre. • The manipulator will service the following items: • Heavy-Ions Front-end Optics • Heavy-Ions Front-end Diagnostics • Front end vacuum • Object Slit • Image Slit • Laser Optics, window and prism • Proton Entrance diagnostics • Proton Beam dump
Hot Cells • One for target exchange, • One for maintenance. • Ante room common to both hot-cell for service. • Conditioning Stations • To prepare the target for on-line operation we will have conditioning stations. • Storage vault for 24 targets • Shielded room to prepare spent target shipping.
Faraday Cages and Laser ion source First target station 2013 Second target station 2017 Electron only P ~ 500 kW Electron and proton 1/2 remote handling building BL4N 200 µA; 450- 500 MeV 10 mA; 25 - 75 MeV 200 µA Proton Beam Dump