Novel membrane design advances molecular separation, lithium extraction
3 Articles
3 Articles
Novel membrane design advances molecular separation, lithium extraction
A new study published in Nanotechnology journal Nature Publishing Group’s Nature Nanotechnology has found that microscopic boron nitride nanotubes can transport lithium ions at speeds far greater than previously expected. These tiny tube-shaped channels were shown to selectively move lithium ions while blocking many other ions, effectively creating a high-speed pathway for lithium transport. The findings suggest that boron nitride nanotubes cou…
Boron nitride nanotubes move lithium ions 31 times faster than expected
Scientists used boron nitride, a synthetic crystalline compound, to build membranes containing millions of microscopic tubes that move lithium ions far faster than other charged particles. Lithium transport was observed at up to 31 times the rate expected from standard diffusion. The paper, “Anomalous ultrafast lithium-ion transport through boron nitride nanotube membranes,” was recently published in Nature Nanotechnology. The research was led b…
Recent scientific research has revealed the unique potential of boron nitride nanotubes: they have been found to transport lithium ions at rates far exceeding theoretical predictions. Remarkably, these nanochannels function not simply as a high-speed "corridor" but also as a highly effective selective filter, allowing lithium to pass through unimpeded while filtering out foreign ions. Image: Magnific. Researchers are convinced that these charact…
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