ruggiero

SCL for 1-MW AGS Upgrade: 

SCL for 1-MW AGS Upgrade Alessandro G. Ruggiero Brookhaven National Laboratory NuFact 03 Workshop Columbia University, New York June 5-11, 2003

Slide2: 

Goal andamp; Comparison

Upgrade with the AGS Booster ?: 

Upgrade with the AGS Booster ?

Slide4: 

Upgrade with Super–Conducting Linac

Slide5: 

Why a Super-Conducting Linac

Slide6: 

The 1.2-GeV SCL for the 1-MW AGS Upgrade

Slide7: 

SCL Layout

Slide8: 

Front-End

Slide9: 

SCL Site and Layout

Slide10: 

Injector and AGS Parameters for 1-MW Upgrade

Slide11: 

SCL Components

Slide12: 

A Cryo-Module

Slide13: 

Warm Insertions (why warm?)

Slide14: 

General Parameters of SCL Sections

Slide15: 

Other SCL Parameters

Slide16: 

Project Cost

Slide17: 

Super Neutrino Beam Geographical Layout

Slide18: 

3-D Neutrino Super Beam Perspective

Slide19: 

Advantages of a Very Long Baseline  neutrino oscillations result from the factor sin2(Dm322 L / 4E) modulating the n flux for each flavor (here nm disappearance)  the oscillation period is directly proportional to distance and inversely proportional to energy  with a very long baseline actual oscillations are seen in the data as a function of energy  the multiple-node structure of the very long baseline allows the Dm322 to be precisely measured by a wavelength rather than an amplitude (reducing systematic errors)

Slide20: 

BNL  Homestake Super Neutrino Beam