Modeling of radiation induced luminescence and how to reduce Cherenkov effect in optical fibers

Radiation-induced luminescence of fibers was shown to result from the Cherenkov process occurring within the fibers. In this paper we use A ‘two-photon-flows’ model to reveals the relation between the effect of light emission and the optical fiber parameters by using Vissim environment. This formulated treatment provides a mean to control the optical properties of fibers in radiation environments. The results are validated against published experimental work and show good agreement.