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Other techniques being reviewed for possible application are): | |
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Other techniques being reviewed for possible application are): | |
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* '''Radiometry''' - use of ground penetrating radar. | * '''Radiometry''' - use of ground penetrating radar. |
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View project overview. [[attachment:CosmicRadiography.pdf]] Add your name here to participate: * Duncan Carlsmith * Anna Christenson [[attachment:muography,pdf format, Anna_Christenson]] * Ethan Fricker * Felipe Gutierrez [[attachment:Radiography Draft, Salan_Gutierrez]] * Daniel Howard [[attachment:Daniel%20Howard/attachment:GEANT4 - Howard, D.pptx|GEANT4]] * Eric Salan [[attachment:Radiography Draft, Salan_Gutierrez]] * Sean Wang http://prezi.com/cj1puynfghca/present/?auth_key=vhof4eg&follow=_tvd0nckfqlt&kw=present-cj1puynfghca&rc=ref-25915801 * Max Wilson |
Troy Project
This project organized by Professor Carlsmith is a study of techniques used to look into the Earth with possible application to an archaeological expedition to Troy. In particular, a feasibility study of using cosmic ray muon attenuation and scattering to image subsurface structures is being performed with GEANT simulations with the goal of evaluating time and resolution and size tradeoffs with realistic models based on the Troy citadel.
Other techniques being reviewed for possible application are):
Magnetometry - passive and active detection based on magnetic susceptibility.
Radiometry - use of ground penetrating radar.
Graviometry - Surface surveys of gravitational field variations and reconstruction.
View project overview. CosmicRadiography.pdf
Add your name here to participate:
- Duncan Carlsmith
Anna Christenson muography,pdf format, Anna_Christenson
- Ethan Fricker
Felipe Gutierrez Radiography Draft, Salan_Gutierrez
Daniel Howard GEANT4
Eric Salan Radiography Draft, Salan_Gutierrez
- Max Wilson