In this work, electromagnetic simulation of electrically-large chemical plants is used to investigate RF ignition hazards. The proposed analysis is aimed at refining results and procedures detailed in the European Standard CLC/TR 50427, which foresees the use of elemental antennas (loops and half-wave dipoles) for the estimation, via closed-form approximated formulas, of the RF power induced by an impinging electromagnetic field.
Numerical electromagnetic modeling of chemical plants for the assessment of radio frequency ignition hazards
SPADACINI, GIORDANO;PIGNARI, SERGIO AMEDEO
2011-01-01
Abstract
In this work, electromagnetic simulation of electrically-large chemical plants is used to investigate RF ignition hazards. The proposed analysis is aimed at refining results and procedures detailed in the European Standard CLC/TR 50427, which foresees the use of elemental antennas (loops and half-wave dipoles) for the estimation, via closed-form approximated formulas, of the RF power induced by an impinging electromagnetic field.File in questo prodotto:
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GS+SP - RF Ignition Hazard - da CD URSI.pdf
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