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S UPER B SITE ISSUES S. Tomassini, INFN-LNF On behalf of SuperB Collaboration Mini MAC, Frascati, July 17 th.

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Presentation on theme: "S UPER B SITE ISSUES S. Tomassini, INFN-LNF On behalf of SuperB Collaboration Mini MAC, Frascati, July 17 th."— Presentation transcript:

1 S UPER B SITE ISSUES S. Tomassini, INFN-LNF On behalf of SuperB Collaboration Mini MAC, Frascati, July 17 th

2 Outline The Torvergata Site Preliminary Geological Analysis SPARX project SuperB project SPARX-SuperB synergy Conclusions

3 The TORVERGATA Site Torvergata AREA for the SuperB and SPARX Projects

4 Roman Villa Sport City University Campus CNR SPARX & SuperB

5 SPARX 1 st stage SuperB LINAC SPARX future

6

7 S.1 S.2 S.3 S.4 S.5 Formed by the Colli Albani volcano more than years ago Very Stable volcanic rock Geological analysis Soil Sea Level Altitude (m) Brown Pyroclastic Rock Gray Pyroclastic Rock Preliminary

8 Seismic map ngv.it/documenti/mapp a_opcm3519.pdfhttp://zonesismiche.mi.i ngv.it/documenti/mapp a_opcm3519.pdf Maximum ground acceleration, with a 10% probability of exceeding it in 50 years.

9 SPARX-FEL SOURCE PULSED SELF AMPLIFIED RADIATION X Composed by: One LINAC at 1.2 GeV and 2.4 GeV Three Undulators Lines Six Experimental Lines

10 SPARX-FEL: mid energy LINAC Emergency Exit Electrical Substation Room for Cooling plant Room for Air conditioning

11 SPARX-FEL: undulator hall

12 SPARX-FEL: experimental hall

13 SPARX SuperB: LINAC Tunnel Ground Level Modulators & Klystrons Tunnel LINAC Tunnel 400 m 5 m 4 m 5 m 600 m 500 m

14 SuperB: Damping Ring Damping Ring 200 m 20 m 18 m

15 SuperB: Storage Rings Tunnel 600 m 500 m 5.8 m It will be tunneled by means of a tunneling machine, the same that is now tunneling the C-line subway in Rome

16 SuperB: Storage Rings Tunnel Occupancy 4.5 m 2 m 0.7 m0.4 m 0.7 m

17 SuperB: Electrical Substations 9 electrical substations for SuperB 2 electrical substations for SparX about 40 Mw total electrical power needed

18 SuperB: Experimental Hall & Transfer Line - +

19 SPARX future

20 Conclusions The feasibility study of the SuperB project on the Torvergata site has been done. A preliminary geological study of the area has given excellent results on the stability of the site. A strong synergy with the SPARX-FEL project exists, giving the possibility of using the SuperB LINAC as the injector of the fel.


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