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Poole Jr.C.P., Owens F.J. — Introduction to Nanotechnology
Poole Jr.C.P., Owens F.J. — Introduction to Nanotechnology



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Название: Introduction to Nanotechnology

Авторы: Poole Jr.C.P., Owens F.J.

Аннотация:

Written to give researchers in various areas an appreciation of nanotechnological developments outside their own fields of expertise, this broad overview of the science of matter at the scale of one-billionth of a meter reveals the diversity of nanotechnology's applications. Poole is professor emeritus in the physics department at the University of South Carolina. Owens is a research scientist at the US Army's Armament Research, Development, and Engineering Center.


Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 2003

Количество страниц: 400

Добавлена в каталог: 17.08.2009

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Photoemission, density of states      243
Photoemission, spectroscopy (PES)      62
Photofragmentation      92
photography      2
Photoisomerization      345
photolithography      344
photoluminescence      213
Photoluminescence, quantum dot      230
Photomultipuer      189
Photonic crystal      4 159 160
Photonic crystal, air band      163
Photonic crystal, band gap      161 163
Photonic crystal, dielectric band      163
Photonic crystal, guided mode      162
Photonic crystal, two-dimensional      161
Photosynthesis      316
Pi-conjugation      282 292
Pi-conjugation, compounds      288
Picorneter      7
Piezoelectric, scanner      54
Piezoelectric, scanning mechanism      55
Pillared clay      273 276
Pillaring      275
Pixel      2
Plasma, hot      3
Plasma, membrane      328 329
Plasmon      49
Poiyaminoamine      298 299
Poiyaminoamine, dendrimer      301
Polarizability      59 344
Polarizability, electronic      94
Polarization      347
Polarization, circular      347
Polarization, linear      347
Polarizer      347
Polaron      292
Poliomyelitis      312
Polyacetylene      294
Polyacetylene, nanoparticle      293
Polyamine      300
Polyethylene      151
Polyhedron      12
Polymer      281 292
Polymer, brushy      158 294
Polymer, conductive      292
Polymer, conductive nanoparticles      44
Polymer, linear      283
Polymer, size      284 285
Polymer, star      294
Polymer, thermoplastic      336
Polymerization      283 291 326 328
Polypeptide      310 314 324 325
Polypeptide, nanowire      314
Polypropylene      130
polystyrene      283
Polystyrene, sphere      158
Pores in zeolite      154
Porous materials      268
Porous silicon phosphorescence      151
Poryacrylonitrile      130
Poryaniline      42 292
Poryaniline, nanoparticles, micrograph      43
Poryionfilm      331
Positronium      32 33
Potassium (K), azide      3
Potassium (K), nanoparticle      3
Potential, double-well      174 175
Potential, well      75 236 237
Potydiacetylene      289 292
Primary structure      318
primitive      10
Printed circuit      293
Proline      324 325
Propanol      265 266
Protein      310 312 315
Protein, extrinsic      329
Protein, globular      315
Protein, intrinsic      329
Protein, synthesis      323
Pt (platinum)      260 272 279
Pt (platinum), ${Pt}_{309}$ nanoparticle      14
Pt (platinum), electrode      152
Pulsed laser synthesis      100
Purine      319 320
Pyrhnidine      319 320
Pyridine      202 276 298
Pyrrole      292
Quantum dot      5 157 226 230
Quantum dot, ' density of states      243
Quantum dot, array      229—231 ;
Quantum dot, laser      251
Quantum dot, photoluminescence      230
Quantum dot, size      231
Quantum dot, size, table      232
Quantum dot, tunneling      245
Quantum well      5 226 228 229 233 249
Quantum well, density of states      243
Quantum well, laser      251
Quantum well, preparation      227
Quantum, confinement      3
Quantum, corral      338 339
Quantum, number for spin      167
Quantum, size effect      82
Quantum, wire      157 226 233
Quantum, wire density of states      243
Quaternary structure      315 318
Radiationless transition      196
Raman      195 196
Raman, active      123 205 207
Raman, scattering      203
Raman, spectroscopy      58 203
Raman, spectrum, electrochemical cell      129
Ranopore containment      176
Rare-gas nanocluster      94
Rayleigh — Gans theory      42
Re (rhenium) nanoparticle magnetic moment      89
Reactivity, nanoparticle      83
Reactivity, nanoparticle, measurement of      83 84
Read mode      182 346
Reciprocal space      22 234
Reciprocal space, sketch      23
Reflection high energy electron diffraction (RHEED)      45
Rehybridize      124
Remnant magnetization      169 370
Remnant magnetization, particle size dependence      172
Replication      319
Repulsion, hard-sphere      158
Repulsion, soft      158
Residue      314
Resist      228 263
Resistor network      232
Responsivity      250 251
RF plasma nanoparticle synthesis      97 98
Rh (rhodium)      265 266 279
Ribonucleic acid      see “RNA”
Ribosome      315 324
Rigid beam vibration      7
RNA (ribonucleic acid)      257 314 320 323
RNA (ribonucleic acid), messenger      323
Rotaxane      351—353
Rracleosome      320 322
Ru (ruthenium)      279
Ru (ruthenium), bonded to nanotube      129
Ru (ruthenium), catalyst      129
Rubber      284
Rydberg, level x-ray emission      66
Rydberg, series      196 244
Rydberg, series, exciton      32
Rydberg, series, figure      33
s-orWtal      105
Saponite      274 276
saturation magnetization      170
Saturation magnetization, particle size dependence      174
Sb (antimony), size      42
SC, simple cubic      36
Scanning eiecntm microscope      150 292
Scanning eiecntm microscope, image      177 178
Scanning microscopy      51
Scanning transmission electron microscope      52 53
Scanning transmission electron microscope, schematic      53
Scanning Tunneling Microscope (STM)      2—4 52 54 118 119 336—338 341
Scanning tunneling microscope (STM), constant height and constant current modes      55
Scattering length      73
Scattering, conduction electrons      4
Scattering, intraband      232
Scattering, length      4
Scattering, light      286
Schrodinger equation      77
Scooter mechanism      117
Screening, Debye      159
Se (selenium), crystal      154
Se (selenium), optical spectrum      156
Secondary structure      315 318
Seebeck effect      244
Self assembled monolayer (SAM)      80 260
Self assembly      4 257 261—263 294—297 300 330
Self assembly, octanethiol      349
Self assembly, polyamine dendrimer      300
Self assembly, supramolecular      302
Semiconductor      20
Semiconductor property tabulations (Appendix B)      361
Semiconductor, indirect gap      25 27 30
Semiconductor, intrinsic      21
Semiconductor, n-type      21 152
Semiconductor, p-type      21 152
Sensor, chemical      128
Serine      325
Shielding, electromagnetic      293
Short range order      9
Shot noise      246
Si (silicon)      15 25 260
Si (silicon), bandgap      31
Si (silicon), carrier density      26 29
Si (silicon), computer chip      345
Si (silicon), donor      30
Si (silicon), etched      150
Si (silicon), n-type      152
Si (silicon), nanoparticle      99
Si (silicon), nanoparticle photodissociation      92
Si (silicon), p-type      152
Si (silicon), porous      151
Si (silicon), Raman spectrum      205—207
Si (silicon), wafer      151
Si (silicon), wafer, etched      152
SiCN, FTIR      60
SiCN, nanopowder FTIR      59
Silane      300
Silanol      269 270
Silica      269
Silica-alumina      269 277
Silicon      see “Si”
Silver      see “Ag”
Single election tunneling      120 245—248
Size effects      231
Smectite      274
Sodium (Na), azide      3
Sodium (Na), beam      3
Sodium (Na), nanoparticle      3
Soft magnetic material      170
Solid, long range order      9
Solid, state physics      8
Source      245 246
Sp hybridization      107
Space, dual      22
Space, group      36 37 39
Space, reciprocal      22
Specific heats of semiconductors, bible of values      368
Specific surface area      265—268
Sphalerite      16 361
spin quantum number      167 239
Spinel ${MgAl}_{2}{O}_{4}$      11 200
Spiropyran      347
Spring oscillation      341
Square well, energies      237—239
Square well, finite      239
Square well, infinite      237 238
Square well, two dimensional      240
Square well, wave functions      238
Stacking fault      233
Star polymer      294
Steel, alloy      124
Steel, containing nanotubes      131 132
Steel, tensile strength      131 132
Stereographic projection      52
Steric acid      315
Sterjn — Gerlach experiment      88
Stokes line      59
Stone — Wbhlfirm model      174
Storage, information      147
storage, magnetic      113 182
Straiiski — Krastanov growth      260
Structure, face centered cubic      78
Structure, geometric      78
Structure, icosahedral      78 153
Structure, surface      45
Substrate      228 258
Sugar      316
Sulfobetaine      279 280
Superalloy micrograph      49
Superconductivity      4 253
Superconductor, high temperature type      153
Superfluidity      95
Superparamagnstism      88 171
Supramolecular, dendrimer      302—304
Supramolecular, self-assembly      302
Supramolecular, structure      295
Supramolecular, switch      345
Surface, area      264
Surface, layer structure      45
Surface, slates      215
Surface, structure      45
Surfactant      3 80 286 327 328
Surfactant, oleic acid      173
Susceptibility, Pauli type      242
Suspension      277
Switch, azobenzene      347
Switch, catenaae      348 349
Switch, computer      6
Switch, computer technology      354
Switch, electronic      351 352
Switch, molecular      347
Switch, optical      348
Switch, photochemical      348
Switch, rotaxane      351—353
Synthesis, divergent      299
Synthesis, nanoparticle      97
Ta (tantalum)      99
Teflon      151 152
Temperature, blocking      176 177
tempo      307 308
Tendon      311 316 324 325
Tensile strength, nanotube      124 131
Tertiary structure      318
Tetnuiydrofittan      277 278
Tetrahedral site      11 12
Tetrahedral site, fullerene      111
Tetrahydrothiophene      277 278
Thermal, conductivity of semiconductors, table of values      368
Thermal, diffusion      337
Thermal, energy      175
1 2 3 4 5 6
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