s uper b site issues

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

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S UPER B SITE ISSUES. S. Tomassini, INFN-LNF On behalf of SuperB Collaboration Mini MAC , Frascati , July 17 th. Outline. The Torvergata Site Preliminary Geological Analysis SPARX project SuperB project SPARX-SuperB synergy Conclusions. The TORVERGATA Site. Torvergata. - PowerPoint PPT Presentation

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Page 1: S UPER B SITE ISSUES

SUPERB SITE ISSUES

S. Tomassini, INFN-LNFOn behalf of SuperB Collaboration

Mini MAC, Frascati, July 17th

Page 2: S UPER B SITE ISSUES

Outline

• The Torvergata Site

• Preliminary Geological Analysis

• SPARX project

• SuperB project

• SPARX-SuperB synergy

• Conclusions

Page 3: S UPER B SITE ISSUES

The TORVERGATA Site

TorvergataAREA for the SuperB and

SPARX Projects

Page 4: S UPER B SITE ISSUES

Roman Villa

Sport CityUniversity Campus

CNR

SPARX & SuperB

Sandro Tomassini
Let's start from this google map. It is two years old and let's consider the overlap with the area planning map.Here there is a roman villaThe sport City designed by the architect Santiago de Calatrava for the next World swimming championship.The university Campus, the CNR and finally the area available for the SPARX & SuperB project
Page 5: S UPER B SITE ISSUES

SPARX 1st stage SuperB LINAC SPARX future

Page 6: S UPER B SITE ISSUES
Page 7: S UPER B SITE ISSUES

S.1

S.2

S.3

S.4

S.5

• Formed by the Colli Albani volcano more than 600000 years ago

• Very Stable volcanic rock

Geological analysis

Soil

Sea

Le

vel A

ltitu

de (

m)

Brown Pyroclastic Rock

Gray Pyroclastic RockPrelim

inary

Page 8: S UPER B SITE ISSUES

Seismic map• http://

zonesismiche.mi.ingv.it/documenti/mappa_opcm3519.pdf

• Maximum ground acceleration, with a 10% probability of exceeding it in 50 years.

Page 9: S UPER B SITE ISSUES

SPARX-FEL

SO

UR

CE

PU

LS

ED

SE

LF

AM

PL

IFIE

D

RA

DIA

TIO

N

X

Composed by:

• One LINAC at 1.2 GeV and 2.4 GeV

• Three Undulators Lines

• Six Experimental Lines

Page 10: S UPER B SITE ISSUES

SPARX-FEL: mid energy LINAC

EmergencyExit

ElectricalSubstation

Room forCooling plant

Room forAir conditioning

Page 11: S UPER B SITE ISSUES

SPARX-FEL: undulator hall

Page 12: S UPER B SITE ISSUES

SPARX-FEL: experimental hall

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SPARX

SuperB: LINAC Tunnel

Ground Level

Modulators & Klystrons Tunnel

LINAC Tunnel

400 m

5 m

4 m

5 m

600 m500 m

Page 14: S UPER B SITE ISSUES

SuperB: Damping Ring

Damping Ring

200 m

20 m18 m

Page 15: S UPER B SITE ISSUES

SuperB: Storage Rings Tunnel

600 m500 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

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SuperB: Storage Rings Tunnel Occupancy

4.5 m

2 m

0.7 m0.4 m0.7 m

0.7 m

Page 17: S UPER B SITE ISSUES

SuperB: Electrical Substations

• 9 electrical substations for SuperB

• 2 electrical substations for SparX

• about 40 Mw total electrical power needed

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SuperB: Experimental Hall & Transfer Line

-+

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SPARX future

Page 20: S UPER B SITE ISSUES

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.