💫催化劑的突破：比納米尺度還要小！
二十年來，在納米尺度上操縱材料開發各種應用 (包括水處理) 的高效催化劑一直是該領域的金標準。但一項新的研究甚至更小——縮小到單個原子，這是材料縮小的理論極限。結果顯示，在效率方面有了很大的提高，具有納米材料無法實現的令人驚訝的新特性。
💫註意:
雖然納米材料很小，但其下面仍有原子簇。
原子=皮尺度=皮技術
原子核=飛尺度=飛技術
拿飛米大小的原子核，做一個微微大小的原子，拿一個微微大小的原子，做一個納米大小的粒子/材料。
將納米級顆粒/ 材料製成微級顆粒/ 材料，等等等等。
❅ A breakthrough in #catalysts: Smaller than #NANOSCALE
For two decades, manipulating materials at the nanoscale to develop efficient catalysts for various applications, including water treatment, has been the gold standard in the field. But a new study goes even smaller—down to a single atom, the theoretical limit in material downsizing. And results show a big improvement in efficiency, with surprising new properties that cannot be achieved by nanomaterials.
💫NOTE:
"nanomaterials, as small as they are, still have clusters of atoms buried beneath"
atoms = picoscale = Picotechnology
atomic nuclei = femtoscale = Femtotechnology
Take the femto-sized nuclei, make the pico-sized atom, take the pico-sized atom, make the nano-sized particle/material.
Take the nano-sized particle/material, make the micro-sized particle/material. So on and so forth.
● Read more : HERE
【#科技 #Technology】 #Nanotech #納米科技
💬@PandemicTruth
二十年來，在納米尺度上操縱材料開發各種應用 (包括水處理) 的高效催化劑一直是該領域的金標準。但一項新的研究甚至更小——縮小到單個原子，這是材料縮小的理論極限。結果顯示，在效率方面有了很大的提高，具有納米材料無法實現的令人驚訝的新特性。
💫註意:
雖然納米材料很小，但其下面仍有原子簇。
原子=皮尺度=皮技術
原子核=飛尺度=飛技術
拿飛米大小的原子核，做一個微微大小的原子，拿一個微微大小的原子，做一個納米大小的粒子/材料。
將納米級顆粒/ 材料製成微級顆粒/ 材料，等等等等。
❅ A breakthrough in #catalysts: Smaller than #NANOSCALE
For two decades, manipulating materials at the nanoscale to develop efficient catalysts for various applications, including water treatment, has been the gold standard in the field. But a new study goes even smaller—down to a single atom, the theoretical limit in material downsizing. And results show a big improvement in efficiency, with surprising new properties that cannot be achieved by nanomaterials.
💫NOTE:
"nanomaterials, as small as they are, still have clusters of atoms buried beneath"
atoms = picoscale = Picotechnology
atomic nuclei = femtoscale = Femtotechnology
Take the femto-sized nuclei, make the pico-sized atom, take the pico-sized atom, make the nano-sized particle/material.
Take the nano-sized particle/material, make the micro-sized particle/material. So on and so forth.
● Read more : HERE
【#科技 #Technology】 #Nanotech #納米科技
💬@PandemicTruth
phys.org
A breakthrough in catalysts: Smaller than nanoscale
For two decades, manipulating materials at the nanoscale to develop efficient catalysts for various applications, including water treatment, has been the gold standard in the field. But a new study goes ...