fig2
![Solar-driven interfacial evaporation: materials design and device assembly](https://image.oaes.cc/f646b986-9b58-441f-8e21-ff30d4453ad7/em4074.fig.2.jpg)
Figure 2. (A) Illustration of the process for fabricating flexible MnO/C-x membrane for solar evaporation and thermoelectric power production. (B) SEM micrographs of (B-1 and B-2) Mn-MOF, (B-3) MnO/C-400, (B-4) MnO/C-500, (B-5) MnO/C-600, and (B-6) MnO/C-700. (B-7 and B-8) HRTEM micrographs of MnO/C-600. (C) IR images of cotton fabric and MnO/C-600 membrane exposed to 1 Sun radiation. (D) Rates and cumulative quantities of water production. (E) Evaporation rate of MnO/C-600 employing varying water sources. (F) Images show the salt ablation effect after adding NaCl to the MnO/C-600 evaporator's top surface. Reprinted with permission from ref.[68]. Copyright 2023 Elsevier.