fig4
![Leveraging novel microwave techniques for tailoring the microstructure of energy storage materials](https://image.oaes.cc/59f3bbc4-b4ff-45f5-97e0-d254b12c2087/microstructures3086.fig.4.jpg)
Figure 4. (A) Layered carbon-encapsulated manganese oxide nanotubes fabricated via the solid-phase microwave method, featuring their reversible capacity in lithium-ion battery applications. This figure is quoted with permission[121]; (B) α-MoO3 nanobelts prepared on SWCNTs using the liquid-phase microwave method, highlighting their specific capacity in lithium-ion battery applications. This figure is quoted with permission[78]; (C) LiCoO2 nanosheets produced by the liquid-phase microwave method, showcasing their charge-discharge capacity in lithium-ion battery applications. This figure is quoted with permission[122]; (D) K0.17MnO2 nanosheets prepared through the liquid-phase microwave method, demonstrating their cycle stability in lithium-ion battery applications. This figure is quoted with permission[123].