Page 153 - Nanotechnology an introduction

friction 36, 57
frustrated wetting 150
fuel cells 234
fullerenes 186–7, 189, 190, 195
functional enhancement 13–14
functional redundancy (nanosystem component failure) 204–5
functionalized nanoparticles 66
G
Galam–Mauger formula 50
GBD see generalized ballistic deposition
gecko feet 200
gelation 49–50, 167–8
generalized ballistic deposition (GBD) 176
genes 215, 222
genetic adaptation 60, 61
genetic algorithms 208
genetic programming 208
genetic sequences 90
genomes 206–7, 219, 222
giant magnetoresistance (GMR) 145–6
Gibbs–Thomson law 19–20
Girifalco–Good–Fowkes equations 37–8
glass 140
glucose 18, 156
glue 116
glycoprotein 57, 98–9, 215
GMR (giant magnetoresistance) 145–6
gold:
growth/nucleation 108
nanomedicine 66
nanoparticles 9
nanoscales 18, 31
Good, I.J. 231
Gouy–Chapman ion distribution 155
graph grammar 178–9
graphene 8–9, 189, 190, 191, 192
graphical user interface (GUI) 55
Griffith, A.A. 29
growth 49, 104–8, 182–3
guanosine triphosphate (GTP) 219–20
GUI (graphical user interface) 55
H

Halobium salinarum 222–3
hard nanotechnology 1–2, 184–7, 227–8
health 236–8
Hegel, G.W.F. 30–1
Heinlein, R. A. 6–7
Heisenberg, W. 33
Heisenberg's uncertainty principle 143
hematite nanoparticles 105, 107
hemoglobin 66
heterogeneous catalysis 12–13
heterogeneous miniaturization 127
heterogeneous surfaces 43, 45–8
Hibbs, A. R. 54–5
hierarchically assembled natural structures 115
Hofmeister effect 62
Hohenheim, von, P.T.B 9, 36, 66, 109
Hooke's law 28–9
hydrogels 51
hydrogen bond 47–8, 51, 182
hydrolysis events 218–19
hydrophilic radicals 118
hydrophobic force 39
hydrophobic radicals 118
hydroxyl groups 51
I