Gilbert Eggermont scite author profile

A new theoretical model is introduced for the calculation of the absorbed dose in a cavity irradiated with X- or gamma -rays. It provides a method for evaluating the electron spectrum in the cavity by means of data on transmission, energy degradation and backscatter. Spencer's two-step model for energy deposition has been modified. The results are fitted to the Burlin expression. This yields a calculated value for the attenuation coefficient.

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The role of scientific advisory bodies in precaution‐based risk governance illustrated with the issue of uncertain health effects of electromagnetic fields

Dijk¹,

Rongen²,

Eggermont³

et al. 2011

Journal of Risk Research

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Study of the atmospheric 85Kr concentration growth in Gent between 1979 and 1999

Cauwels¹,

Buysse²,

Poffijn³

et al. 2001

Radiation Physics and Chemistry

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A synergism between ultraviolet and gamma radiation in producing aerosol particles from SO2H2SO4 laden atmospheres

Raes

Janssens

Eggermont

1985

Atmospheric Environment (1967)

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