Nanostructuring has become a key factor in controlling the electrochemical performance of materials. The development of novel nanomaterials with versatile chemical compositions and morphologies enables the manufacture of electrodes with an anisotropic structure and excellent electrical and mechanical properties.
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By exploiting the laws of fluid mechanics, microfluidics helps researchers to create nanoparticles with unique sizes and precisely controlled shapes that open possibilities for designing next-generation high-power energy storage devices.
Electricity is essential for modern society and is one of the main forms of power used globally. Efficient storage and electricity supply is an indispensable technology for many domestic and industrial applications, such as portable consumer electronics, medical devices, and…