光热治疗
萃取(化学)
材料科学
光热效应
纳米技术
联轴节(管道)
光热光谱学
锂(药物)
设计要素和原则
芯(光纤)
作者
C ZHANG,Chenyang Li,Ma Jw,Tian Wang,Meiling Wang
出处
期刊:Small
[Wiley]
日期:2026-05-07
卷期号:: e73702-e73702
摘要
for capture. Its core relies on synergistic coupling between photothermal units and Li extraction units. Crucially, systems design for photothermal Li extraction is of utmost importance for achieving high efficiency, selectivity, and stability. Unlike previous reviews focusing on extraction methods, this review reveals the impact of coupling interactions between photothermal units and Li extraction units on photothermal Li extraction performance. Based on the coupling interactions between the two functional units, this study defines integrated systems (where units are assembled within a single matrix) and non-integrated systems (where units exist in separate matrices). We further systematically summarize the synergistic enhancement effects of photothermal materials and Li extraction materials on Li extraction in each system. Finally, we present outlooks for the photothermal Li extraction system from four perspectives.
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