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The effect of electron, proton and electromagnetic radiations on mass loss of EKOM-1 polymeric composite was studied. Irradiation was made by 40-keV electrons and protons and electromagnetic radiation in vacuum chamber of the 'UV-1/2' test facility. It was found that parameters characterizing the synergistic effects of mass loss of the material for stated conditions of electron-proton and combined radiations are the functions of irradiation time. To interpret the experimental data, a physical-mathematical model of mass loss of polymeric materials in vacuum was proposed.

The Outcome of an Engineering Undertaking of Importance Must be Quantified to Assure its Success and Safety: Review