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This research demonstrates high-capacity atmospheric water harvesting, indicating advancements in transport within hygroscopic gels.
even under low-temperature and moderate humidity conditions (14.5°C, 55.6% RH). This work pioneers an oriented interconnected macroporous architecture engineering strategy to concurrently unlock rapid transport and high-capacity storage in hygroscopic gels, establishing a new paradigm for atmospheric water harvesting.
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Wu et al. (2026) studied this question.
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