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Polymer nanocomposites (PNCs) have emerged as pivotal multi-phase materials across advanced surface engineering and electrochemical energy storage disciplines due to their highly tunable physiocochemical metrics. This review provides a critical, comparative evaluation of recent advancements in PNC configurations specifically tailored for anti-corrosion barriers and supercapacitor electrodes. Rather than presenting a generalized study listing, we systematically analyze how choices in hosting polymer matrices and nanosized inorganic filler dimensions govern underlying charge-storage mechanics and environmental protection boundaries. Key quantitative trends from modern literature are synthesized to highlight existing practical limitations, such as matrix-filler phase separation, cycling structural expansion bottlenecks and processing durability requirements, providing an architectural blueprint for industrial material translation.
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Gaaviyaa et al. (2026) studied this question.
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