Herein, we report a facile, environment-friendly, and easily controllable method of fabricating supercapacitor electrodes by electrodeposition of porous graphene networks onto the scaffolds of nickel foams (PG/NFs) through electrochemical reduction of a concentrated graphene oxide suspension.
The single-step process is facile, environment-benign, inexpensive, and reproducible, yielding high-quality Ni powders that can be controlled in terms of structure, morphology, size, and size distribution.
However, facile and environment friendly approaches for high-quality 2D materials still remain challenging.
GPU has multiple processing units that operate simultaneously and provides an on‐site, facile supercomputing environment for a relatively low cost.
This work presented a facile and environment friendly method to fabricate the biomimetic superhydrophobic surfaces with micro-nano hierarchical structure on aluminum alloy successfully.
This synthetic strategy provided a facile and environment-friendly method to prepare other metallic architectures with novel properties.
Herein, we reported a facile and environment-friendly method to establish the low-power logic function in a single MoS2 field-effect transistor (FET) configuration gated with a polymer electrolyte.
Compared to traditional chemical treatment, the in-situ electrochemical activation techniques have superior advantages such as facile operation, mild environment, variable control, high efficiency and flexibility.
In summary, a facile, low-cost, environment-friendly improved approach, dropping method, to synthesize Ni NWs with a high aspect ratio has been developed.
Application of the water-dispersible SP eliminates issues associated with organic solvents, providing a facile, economic, and environment-friendly approach to high throughput fabrication of melt-blown nanofibers with an average diameter as small as 66 nm.
