fig3
From: Leveraging novel microwave techniques for tailoring the microstructure of energy storage materials
Figure 3. (A) CuS nanospheres fabricated on CNTs via the liquid-phase microwave method, and their cyclic stability in lithium-ion battery applications. This figure is quoted with permission[76]; (B) Cu11V6O26/V2O5 microspheres with a core/shell structure prepared using a liquid-phase microwave method and their capacity self-recovery characteristics in lithium-ion battery applications. This figure is quoted with permission[117]; (C) Oxide nanoparticles grown on the rGO surface using a gas-phase microwave method and their energy storage performance in lithium-ion batteries. This figure is quoted with permission[118].
