We have a total of 4 pages for the paper.  The LaTeX templates and copyright transfer form can be found [[http://lrt2013.lngs.infn.it/proceedings.html|here]].

== Introduction ==
  * Important processes            (2 paragraphs)
  * Geant 4.9.5 preliminaries      (1 paragraph)
  * FLUKA preliminaries            (1 paragraph)
  * geometry/materials/energies    (1 paragraph)

== Flux vs. Neutron Energy ==
  * Observable definition          (2 paragraphs)
  * Comparisons/analysis           (1 pg)

== Capture == 
  * Observables definition         (2 paragraphs)
  * Comparisons/analysis           (1 pg)

== Comparison to Standard Avg. Mu Energy/Yield Plot ==
  * Comparison plot and discussion (1 pg)

=====Draft=====

  * Draft(s) of paper

 {{:gfcompare:geantfluka_lrt13_v1.pdf|v1 draft of proceedings.}}

 {{:gfcompare:geantfluka_lrt13_v2.pdf|v2 draft of proceedings.}}

 {{:gfcompare:geantfluka_lrt13_v3.pdf|v3 draft of proceedings.}}

=====Figures=====

  * Geometry:

{{:gfcompare:gfngeomsidew4planes.png?500|geometry of setup.}}

  * Flux vs. Energy

{{:gfcompare:flux:nfluxhe_280gev_mu.png?500|neutron flux for all materials.}}

  * Capture

{{:gfcompare:capture:ncaptime_scin_mu.png?500|neutron 3.1 eV capture time spectrum.}}
{{:gfcompare:capture:ncaprad_scin_mu.png?500|neutron 3.1 eV capture radii.}}
{{:gfcompare:capture:ncapmult_scin_mu.png?500|neutron 3.1 eV capture multiplicity.}}

  * Yield

{{:gfcompare:capture:nyield_scin_mu.png?500|neutron 3.1 eV capture multiplicity.}}