The Radiation Transport In Air-Over-Ground Geometry

Radiation Transport from a fast burst reactor has been measured from 60 to 2000 meters. Emphasis was placed on the measurement of thermal neutrons, but both fast neutrons and gamma rays were monitored. Effects investigated were sensitivity to angle of emission from the reactor, height over ground, a...

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Bibliographic Details
Main Authors: Heimbach, Craig R, Oliver, Mark A, Stanka, Michael B
Format: Report
Language:English
Subjects:
FAST NEUTRONS
GAMMA RAYS
GEOMETRY
GROUND LEVEL
HEIGHT
LOW ALTITUDE
NUCLEAR EXPLOSION DAMAGE
RADIATION EFFECTS
RADIATIVE TRANSFER
Radiobiology
THERMAL NEUTRONS
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Summary:Radiation Transport from a fast burst reactor has been measured from 60 to 2000 meters. Emphasis was placed on the measurement of thermal neutrons, but both fast neutrons and gamma rays were monitored. Effects investigated were sensitivity to angle of emission from the reactor, height over ground, and proximity to trees.