Haloperoxidase photothermal interfaces for durable anti-biofouling and salt self-cleaning solar desalination under seawater-level oxidant availability
Haloperoxidase photothermal interfaces for durable anti-biofouling and salt self-cleaning solar desalination under seawater-level oxidant availability
研究概述
构筑兼具光热蒸发和类卤过氧化物酶活性的碳纳米网，在接近天然海水的约250 nM H2O2条件下诱导局域溴介导氧化应激，实现海洋细菌90%灭活。材料快速升温，并在30天海洋暴露中保持盐自清洁及抗藻性能，面向耐污太阳能海水淡化。
谱图与表征信息
Fig. 3. (a) Copper K-edge XANES spectra with reference to Cu-foil, Cu2O, and CuO; (b) FT-EXAFS spectra at the R-space of LC-C/CNW-3 and reference samples; (c) EXAFS fitting result of LC-C/CNW-3 in R space; and (d) EXAFS fitting result of LC-C/CNW-3 at k-space.