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Radiation damage and light transmission studies on air core light guides
By: Onel, Y.; Ayan, A.S.; Bruecken, P.; Akgun, U.; Schmidt, I.; Duru, F.; Mestvirishvili, A.; Gulmez, E.; Albayrak, E.A.; Olson, J.;
2006 / IEEE
Description
This item was taken from the IEEE Periodical ' Radiation damage and light transmission studies on air core light guides ' This report summarizes the radiation damage and the light transmission efficiency studies done on air core light guides with three different types of reflective material: two types of aluminized Mylar and a highly reflective plastic film from 3M called Radiant Mirror Film. The variations in light transmission efficiencies of these reflective materials have been studied with respect to the wavelengths of the incident light. The light transmission with one type of aluminized Mylar, which shows better reflectivity in UV range, deteriorated 14% after 10 Mrad of /spl gamma/-ray irradiation from a 9.5 kCurie /sup 137/Cs source. Light guides with the other type of aluminized Mylar and Radiant Mirror Film do not seem to be affected from radiation, and they show superior light transmission efficiency in the visible region.
Related Topics
Light Transmission Efficiency
Reflective Material
Highly Reflective Plastic Film
Radiant Mirror Film
Gamma-ray Irradiation
/sup 137/cs Source
Visible Region
Optical Films
Mirrors
Reflectivity
Plastic Films
Shape
Magnetic Cores
Interference
Magnetic Films
Optical Polymers
Optical Refraction
Reflective Film
Air Core Light Guide
Aluminized Mylar
Hem
Light Guide
Light Transmission
Radiation Hardness
Air Core Light Guides
Radiation Damage
Radiation Hardness
Optical Films
Radioactive Sources
Light Transmission
Gamma-ray Effects
Nuclear Electronics
Bioengineering
Nuclear Engineering
Engineering
Aluminized Mylar