
Исследование посвящено разработке и применению эффективных грунтозамещающих композиций (гидрогель-графит) для заземляющих устройств в высокоомных грунтах. Разработана математическая модель, позволяющая оптимизировать состав смесей. Экспериментально подтверждено снижение сопротивления на 40-60 % и стабилизация электрофизических параметров заземления. Результаты показывают уменьшение сезонных колебаний в 2-3 раза. The research is focused on developing and utilizing effective soil substitute compositions (hydrogel-graphite) for grounding devices in high-resistance soils. The mathematical model was created to improve the composition of mixtures. An experimental confirmation of a 40-60% decrease in resistance and stabilization of the electrophysical parameters of the grounding was obtained. The results show a decrease in seasonal fluctuations by 2-3 times.
гидрогели, электрофизические свойства, soil resistivity, удельное сопротивление грунта, electrophysical properties, графит, mathematical modelling, оптимизация, заземляющие устройства, optimization, hydrogels, grounding devices
гидрогели, электрофизические свойства, soil resistivity, удельное сопротивление грунта, electrophysical properties, графит, mathematical modelling, оптимизация, заземляющие устройства, optimization, hydrogels, grounding devices
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