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largest decrease » larger decrease (Expand Search)
water decreases » rate decreased (Expand Search), water degrades (Expand Search), greater decrease (Expand Search)
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via water » oil water (Expand Search), a water (Expand Search), air water (Expand Search)
largest decrease » larger decrease (Expand Search)
water decreases » rate decreased (Expand Search), water degrades (Expand Search), greater decrease (Expand Search)
marked decrease » marked increase (Expand Search)
via water » oil water (Expand Search), a water (Expand Search), air water (Expand Search)
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Electrodeposition-Based Janus Membrane for Unidirectional Transportation and Oil–Water Separation
Published 2025“…The increasing prevalence of oily wastewater from industrial processes and recurring oil spill incidents poses severe environmental and ecological challenges. Traditional oil–water separation methods often involve complex, multistep fabrication processes, resulting in scalability, cost, and environmental sustainability limitations along with decrease in the separation performance during the repeated and continuous filtration cycles. …”
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Electrodeposition-Based Janus Membrane for Unidirectional Transportation and Oil–Water Separation
Published 2025“…The increasing prevalence of oily wastewater from industrial processes and recurring oil spill incidents poses severe environmental and ecological challenges. Traditional oil–water separation methods often involve complex, multistep fabrication processes, resulting in scalability, cost, and environmental sustainability limitations along with decrease in the separation performance during the repeated and continuous filtration cycles. …”
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Electrodeposition-Based Janus Membrane for Unidirectional Transportation and Oil–Water Separation
Published 2025“…The increasing prevalence of oily wastewater from industrial processes and recurring oil spill incidents poses severe environmental and ecological challenges. Traditional oil–water separation methods often involve complex, multistep fabrication processes, resulting in scalability, cost, and environmental sustainability limitations along with decrease in the separation performance during the repeated and continuous filtration cycles. …”
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Dynamic Regulation of Proton and Water Transport through an Acylhydrazone-Based Photoresponsive Channel
Published 2025“…Herein we report a unique light-responsive proton/water transport system using self-assembled acylhydrazone-imidazole channels with tunable activity via <i>E</i>–<i>Z</i> isomerization. …”
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