H
H2O 425 Hagen–Poiseuille equation 264 half-generation precursor 287 Hall resistance 438 Hall–Petch behavior 710 Hamaker constant 386, 464, 551–577, 621, 871 Hamilton–Jacobi method 390 hand-held biochip analyzer 274 handling damage 1105 haptenization 313 haptenized nanostructure 313 hard amorphous carbon coatings 795 hard disk drive (HDD) 899–907, 952 – head 901 – performance 903 hard disk drive technology – limits for 904 hard-core or steric repulsion 545 hardness 504, 770, 800, 802, 805, 809, 1024 harmonic oscillator 454 harpooning interaction 545, 553 HARPSS 166, 169, 170 HDT (hexadecanethiol) 188, 843, 854, 1006, 1012 head – displacement 953 – gimbal assembly (HGA) 971 – group 839 – position 969 health care 1141 heat – curable prepolymer 186 – dissipation 1122 – pipe cooling 1123 – transfer model 1119 heater – cantilever 925 – temperature 934 heavy ion bombardment 441 heavy metal toxicity 306 helicity 41 helper T-cell epitopes 311 hermetic – packaging 1116 – seal 1112 herringbone – MWNT 44, 60, 76 – texture 61 Hershey–Chase experiment 755 Hertz model 694 Hertzian contact model 695 Hertz-plus-offset relation 647 heterodyne interferometer 351 heterogeneous CCVD 53 hetero-nanotube 68 hexadecanethiol (HDT) 188, 843, 854, 1006, 1012 HexSil 166, 168, 169, 954 – micro-molding process 962 hierarchical arrangement 108 hierarchy – of structures 747 – of temporal processes 749 high modulus elastomer 188 high quality manufacturing 1087 high reflectivity 136 high speed scanning 467 high temperature conditions 61 high temperature superconductivity (HTCS) 419, 431, 440 high volume production 1093 high-aspect-ratio – MEMS (HARMEMS) 986 – tips 376, 377 high-definition television 235 higher orbital tip states 422 highest resolution images 382 highly ordered monolayers 187 highly oriented pyrolytic graphite (HOPG) 337, 507 high-performance material 1141 high-resolution – electrodes 196 – FM-AFM 436 – image 305 – imaging 407 – MR images 305 – patterning 193 – printing 186 – spectroscopy 422 – stamps 186 – tips 379 high-temperature operation STM 417 Hill coefficient 488 hinged cantilever 1034 HiPCo process 56 HiPCo technique 48 h-MWNT (herringbone) 44, 60, 76 homodyne interferometer 351 honeycomb – chained trimer (HCT) 395 – lattice 68 – pattern 399 Hooke’s law 433, 450, 454, 469, 480 horizontal coupling 329 host immune responses 311 hot embossing 257 HtBDC (hexa-tert-butyl-decacyclene) on Cu(110) 420 HTCS (high temperature superconductivity) 419, 431, 440 Huber-Mises 695 human bone tissue 675 humanity 1136 humidity 645 – effect 1105 hybrid – carbon nanotube 68 – manufacturing 1093 – nanotube tip fabrication 380 hybridization 41, 397 hydration forces 545–575 hydration regulation 560 hydrocarbon 53, 57, 835 – chains 731 – precusors 799 – unsaturated 836 hydrodynamic – forces 545, 549 – lubrication 729, 884 – radius 561 hydrofluoric (HF) 832 hydrogen 394 – bonding 10, 561 – bonding force 622 – concentrations 804 – content 804 – end group 841 – flowrate 805 – in carbon nanotube 77 – sensor 137 – storage 77 – storage capacity 78 – termination 394 hydrogenated carbon 800 hydrogenated coating 800 hydrophilic – control 262 – surfaces 544, 560 – tip 616 hydrophobic – coating 1014 – control 262 – ferrocene 24 – force 559, 560 – surfaces 544, 560 – tip 616 hydroxyl polymethacrylamide (HPMA) 308 hydroxylated surfaces 29 hydroxylation 840 hydroxyl-terminated perfluoropolyether 892 Hysitron 676 hysteresis 360, 382, 388, 415, 439, 459, 469, 681 – loop 333, 363