" its flow rate are profoundly affected by the layered structure of confined water if the capillary size becomes less than 2 nm."
" Making these sub 2-nm nanopores is feasible by manually controlled method, such as transmission electron microscope (TEM) based-drilling or ion-beam sculpting, while it is really challenging with low yield, complex fabrication procedures, labor and time consuming. "
Now, researchers from University of Ottawa, Canada come up with a smart idea to automatically fabricate 2-nm solid-state nanopores with high yield (>95%) using controlled dielectric breakdown.
http://www.materialsviews.com/sub-2-nm-solid-state-nanopores-smaller-pores-can-see-more/
Cant be far off now.
Raider
Chinese EV market-oppurtunity for Ionic?, page-11
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