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Chemically modified graphene (CMG) nanostructures with their microscale area, sensitive electrical properties, and modifiable chemical functionality are excelle
by caniscrator 13y ago
Chemically modified graphene (CMG) nanostructures with their microscale area, sensitive electrical properties, and modifiable chemical functionality are excellent candidates for biodevices at both biocellular and biomolecular scale.
- chm 13y agoI'm sorry but that was a load of horse-sh*t. Meaningless.
- coldtea 13y agoPerhaps you should have studied more? It definitely has meaning, and actually quite trivial at that.
- chm 13y agoI'm a MSc student in theoretical chemistry. I'm not a world-class professor, but neither an uneducated peasant. I meant what I wrote. "Chemically modified graphene" is a tad ambiguous, but adding "nanostructure" is a pleonasm. And calling their area "microscale" is not only wrong, but misleading. Leaving the electrical properties part alone, I can only laugh at "modifiable chemical functionality". "Biodevice" is a somewhat clear concept and yes, graphene has potential applications in the field. But what does "bio" have to do in "biocellular and biomolecular scale"? Fancy words but not much meaning.