Green hydrogen produced from renewable energy is an important fuel for the future. One way to make this green hydrogen is by using a process called electrolysis to split water into hydrogen and oxygen. However, a common problem with this process is that it does not work efficiently on a large scale. This is because the materials used in the process do not conduct electricity well.
A team of researchers has found a solution to this problem by creating something called a Schottky junction. They combined two different materials to make an electrode that works better for water splitting. This new electrode was able to generate a high current density and operate continuously for 10 days during seawater electrolysis.
The researchers believe that their discovery can help make hydrogen production more sustainable and replace methods that rely on fossil fuels. They hope that their work will lead to new and improved energy storage and conversion systems in the future.
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