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The SNOMAN User's Manual
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Current Limitations
Contents
Monte Carlo
Subsections
Random Numbers
Monte Carlo Processing: An Overview
Event Generation
Introduction
Start a Particle
Nuclear Decay
Beta Gamma Decays
Gammas from Neutron Capture
Neutrino Physics
Solar Neutrino Time Spectrum
Supernova Time Spectrum
CC Energy Spectrum
ES Energy Spectrum
CC Direction Spectrum
ES Direction Spectrum
Photon Bomb
User Control
MSW Generator
Set Flags in MC_SET_MSW.DAT
Set Flags in MC_GENERATOR.DAT
Set Flags in JOB_CONTROL.DAT
Generating Real Run Conditions
Event Evolution
Introduction
Neutrinos
Cerenkov Photons
Cerenkov Photon Creation.
Boundary interactions.
Interactions in flight.
Refractive Indices.
Neutrons
Introduction
A Few Comments
Implementation
Neutron Data Tables
Neutron Transport
Special Features
KILLVX_NEUTRON
Heavy Water Regions
Isotopic abundance of
O
Impurities
Neutron Control Bank
Debugging Options
Conclusions
Electron, Positrons, and Gammas
EGS4
EGS4_HOWFAR - the geometry routine.
EGS4_AUSGAB.
EGS parameters.
Minor changes to the EGS code.
Additional features
Hadrons
Introduction
Hadron Code
Known Problems and Future Work
High Energy Leptons: LEPTO 6.3
Deuteron Photodisintegration
User Control
Event Detection
Undetected Particles
Cerenkov Photon Detection
PMT Noise Generation
The Overlay Option
Crosstalk Generation
Monte Carlo Data Acquisition
User Control
Calibration and ZDAB Data Structure
Scintillation Light
Scintillator Properties
Generation of Scintillation light
Absorption and Reemission
Scintillator Debugging Tools
sno Guest Acct 2009-09-09
EGS4
O