# Difference between revisions of "HRRL"

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[[Eγ]] | [[Eγ]] | ||

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[[Using Carbon or Aluminum to block photons]] | [[Using Carbon or Aluminum to block photons]] | ||

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[[Eγ vs probability with 5 cm of D20 ]] | [[Eγ vs probability with 5 cm of D20 ]] | ||

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[[Eγ vs probability with 8 cm of D20 ]] | [[Eγ vs probability with 8 cm of D20 ]] | ||

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[[Thickness of Lead to block photons]] | [[Thickness of Lead to block photons]] | ||

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[[Where does the radiator need to be?]] | [[Where does the radiator need to be?]] | ||

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[[Determining the uncertainty of Eγ]] | [[Determining the uncertainty of Eγ]] | ||

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[[Things That Still Need to Get Done]] | [[Things That Still Need to Get Done]] | ||

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[[Notes from July 2nd, 2008 Meeting]] | [[Notes from July 2nd, 2008 Meeting]] | ||

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[[Brems Intensity Spectrum (with Collimation Factors) Plots]] | [[Brems Intensity Spectrum (with Collimation Factors) Plots]] | ||

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[[Brems Intensity Spectrum (without Collimation Factors) Plots]] | [[Brems Intensity Spectrum (without Collimation Factors) Plots]] | ||

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[[Notes for the July 10th, 2008 Meeting]] | [[Notes for the July 10th, 2008 Meeting]] | ||

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[[Finding the Space Between Lead Shots]] | [[Finding the Space Between Lead Shots]] |

## Revision as of 14:03, 15 July 2008

Electron Accelerator Specifications:

Min Pulse Width | Max Rep Rate | Min Energy | Max Energy | |||

80 mA | 25 ns | 100 ns | 1 kHz | 10 MeV | 16 MeV |

Multiple scattering Angle [[1]]

Using Carbon or Aluminum to block photons

Eγ vs probability with 5 cm of D20

Eγ vs probability with 8 cm of D20

Thickness of Lead to block photons

Where does the radiator need to be?

Determining the uncertainty of Eγ

Things That Still Need to Get Done

Notes from July 2nd, 2008 Meeting

Brems Intensity Spectrum (with Collimation Factors) Plots

Brems Intensity Spectrum (without Collimation Factors) Plots