March 3, 2026

Effect of Nanocarbon Additives (Graphene, Fullerites) on the Efficiency of Energy-Saturated Compositions of Porous Silicon With Barium and Sodium Perchlorates Under the Treatment of Pulsed Electron Beam

Key Points

The study shows that nanocarbon additives enhance ignition efficiency in energy-saturated composites.
Experiments indicated that graphene and fullerites serve as triggers for phase transformations.
The energy-saturated composites used were based on porous silicon with barium and sodium perchlorates.
Improvements in ignition may reveal new potential in energy materials and applications under pulsed electron beams.

Abstract

The paper presents the results of experiments on the ignition of samples by high-current beam of nanosecond duration of energy-saturated composites (ENC). ENC based on porous silicon with two oxidizing agents – barium perchlorate and sodium perchlorate, and two additives – graphene and fullerites. It was found that, with some probability, the additives are peculiar triggers of phase transformations in brass caps that contained the pressed energy-saturated composite.

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U.M. Poberezhnaya (Wed,) studied this question.

synapsesocial.com/papers/69a75c5fc6e9836116a2533a — DOI: https://doi.org/10.7868/s3034612625120025

Effect of Nanocarbon Additives (Graphene, Fullerites) on the Efficiency of Energy-Saturated Compositions of Porous Silicon With Barium and Sodium Perchlorates Under the Treatment of Pulsed Electron Beam

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