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Wolf E.L. — Nanophysics and nanotechnology: an introduction to modern concepts in nanoscience
Wolf E.L. — Nanophysics and nanotechnology: an introduction to modern concepts in nanoscience

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Название: Nanophysics and nanotechnology: an introduction to modern concepts in nanoscience

Автор: Wolf E.L.

Аннотация:

With the second edition of his highly successful textbook 'Nanophysics and Nanotechnology', the author has once more provided a unique, self-contained introduction to the physical concepts, techniques and applications of nanoscale systems by covering its entire spectrum from the latest examples right up to single-electron and molecular electronics. The book is basically at the level of an upper level undergraduate engineering or science student. New sections have been added on the use of DNA as an organizing stratagem in self-assembly, silicon nanowires, comments on the new success toward human cloning, the achievement of self-replication in a primitive set of electromechanical robots, recognition in the extra chapters of the acceleration toward alternative forms of nanoelectronics. Additional problems have also been provided.


Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 2004

Количество страниц: 308

Добавлена в каталог: 02.04.2011

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
$Ca^{++}$ gated potassium channel      36
$C_{60}$ molecule      161 163
${}^{60}C$ (Buckminsterfullerene)      15
100 Gb disk memories      8
accelerometers      6 13 17 129
acceptor impurity      9 102
acetylene      112 162
acids      125
acrosomal process      30
actin filaments      28 31
Actin filaments, fluorescently labeled      33
adjacent nodes      53
ADP      30
AFM Arrays      142
AFM cantilever      22
AFM tip      7 142
AgBr crystals, conventional photography      117
Air-bag, acceleration sensor for      13
aligned filaments      29
alkali etch      125
allowed energy bands      6 93 98
allowed frequencies      19
allowed values      57
alteration, of viruses      153
angular momentum wavefunctions      70
angular momentum, allowed orientations      69
angular rotation sensors      6
annealing      128
anomalous current      100
anthracene      112
anti-node      159
anti-symmetry under exchange      161
antiparallel spins      79
antisymmetric exchange      76—78
applications, completely different      4
array, of $C_{60}$ molecules      120
arrays of nanowires      14
artificial atom      3 9
artificial intelligence      154
artificial virus      154
assembler breakthrough      1
assembling a ring      40
assembling organic molecules      141
assembly processes, nature      151 20—
Atom nanowire      138
Atomic Force Microscope (AFM)      20 136
atomic scale      2
ATP      30 35
ATP Synthase (F0F1)      33
attractive interactions      78
Avogadro’s number      3 27
bacteria      2 14 36 161
Bacteria, magnetotactic      2 106 118 163 164
Bacteria, typical      164
band curvature      102
Band structures for for Si      98
band structures for GaAs      98
band theory      92
bandgap      161 162
bandgap energy      63 81
bandgap of the nanotube      115
Bandgap, effective masses      10
Bandgap, insulator      5
Bandgap, semiconductor      5
bands of energy      6 93 98
barrier tunneling      47 54
basic microscopic properties, condensed matter      5
benign areas of nanophysics      155
benign areas of nanotechnology      155
benzene      112
bi-crystal defect      118
big bang      110
Big Blue, not human      155
bio-molecular rotary motor      35
biological cellular engines      31
biological rotary motors      25
biological sensors cones      2
biological sensors rods      2
biology      1 28
biology molecular      2
biotechnology      123 152 157
Biotechnology, bacteria      152
Biotechnology, viruses      152
bits      11
black body spectrum      27
blue shift      10 161
Bohr magneton      71 105
Bohr radius      102
Bohr radius, corrected      102
Bohr radius, scaled      102
Bohr’s semi-classical model      48 102
Boltzmann’s constant      4 162
BOND      81 110
bonding interaction      79
bonds      70
Bose — Einstein distribution      72
Bosons      72 77
Boundaries, allowed bands      95
boundary conditions      18 56
boxes of free electrons      89
Bragg reflection      95 96 162
Bragg scattering, electron waves      95
brass      18
Brillouin function      105
Brownian motion      23 161
bubonic plague      153
Buckyball      112
building-up principle      75
bulk modulus      5
Bulk speed of sound vs      5
buried layer      128
buried oxide layer (BOX)      128 131 132
cantilever      20 143
cantilever arrays      142
carbon arc discharge      113
carbon black      14
carbon bonds      110
carbon nanotube      63 113 162
carbon-carbon bond, delocalized      112
Carnot cycle      31
Casimir force      81
catalyst      114 150
CdSe      62
CdTe      62
cells      2
cellular telephone      127
cellular telephone transmitting stations      135
centripetal acceleration      21
change in capacitance      13
change in conformation      31
changes in physical behavior      6
Chemical synthesis, of $C_{60}$      149
chemical table, elements      75
chemical vapor deposition      113 125 127
chip dissipation      159
circular motion      21
Circular orbit      48
circular ripples      39
classical Newtonian physics      4
classical oscillator      160
classical probability distribution      57
classical range of scaling      4 5 8
classical turning points      66
clock speed      133
clockwise rotation      34
closed channel      2
CO molecule      20
coated quantum dot      11
coercive field      103
Cohesive energy $U_{o}$      5
coiled spring      20
collapse, of atoms      48
compact low power refrigerators      134
complete wavefunction      78
complex numbers      51 58
computation, gigahertz rates      123
Computer chip      7
computer hard disk      7
computer technology      123 159
Computers, capacity exceeding human brain      123
concepts of nanophysics      5
concepts of solid state physics      5 9
condensed matter, basic microscopic properties      5
Conformations, protein molecules      2
Connections with biology      2
constant energy surfaces      90
continuity of $\psi(x)$      59
Controlled chemical etching      14
controlled precipitation chemistry      15
conventional silver halide photography      15 117
cooperative bulk effect      105
copper-catalyzed transformation      141
copy, of itself      144
Coulomb constant      49
Coulomb force      48 87
Coulombic repulsion      30
covalent bond      76 78
covalent bond of di-atoms      77
Covalent bond, di-hydrogen      161
covalent bonding, of carbon      110
Critical temperature $T_{c}$, ferromagnetism      104
current hump, in tunnel diode      9
current loop      70
curvature, of energy band      99
dangerous organisms, bacteria      152
dangerous organisms, viruses      152
dangling bonds      25 107
Darwinian evolution      2
data storage      130 142
DDT      109
DeBroglie relation      51—53 55
decomposition temperature, diamond      149
decomposition temperature, graphite      149
deep reactive ion etching      38
deflection of cantilever      137
delocalized electron gas      89
delocalized electron states      96
density of electron states      62 91
Density of information      11
density of water      3
density, elemental carbon (diamond)      3
density, elemental carbon (graphitic)      3
depletion region      9 100 107
depth, potential well      89
Devices, humandesigned working      1
Devices, molecular scale      2
Devices, scale      1
Devices, size      1
di-atoms      76
di-hydrogen      78
Di-hydrogen vibrations      161
diamagnetic susceptibility      112
diamond      81 110
diamond and zincblende crystal structures      97
diatomic molecules      4 76
dielectric constant      49 100 102
dielectric spheres      44
Dielectric susceptibility e      5
diffusion length      22 23
dipolar field      81
dipolar fluctuations      82
dipole interaction energy      39
dipole-dipole force      81
directed bonds      97
discharge, of non-reactive ions      127
dispersion relation      19
distinct quantum states, number      69
DNA      2 109
DNA polymerase      89
DNA polymerase engine      88 89
DNA strand      43
DNA template      43
DNA-directed assembly      41
DNAP engine      88
domain walls      103
domains      103 104
donor impurity      9 49 98 102
doping of silicon      98 102
double covalent bonds      112
double helix DNA      88
doubly clamped beams      20
drain contact      115
drugs      15
dry etching      125
e-beam writing      163
E. coli, single cell bacterium      33
economy of scale      7
ecosystem      109
effective mass      5 49 63 93 99 102 140 162
effective spring constant      17 20
Effective spring constant for cantilever      20
efficiency, motor      34 36
electric dipole moment      39 57
electric field      21
electric polarizability      82
electrical barrier layer      9 100 107
electrical capacitance      3
electrical charging energy      4
electrical devices      28
Electrical resistivity p      5
electrically pumped laser      116
electromagnetic field      52
electromagnetic fluctuations      85
electron pairs      77
electron ripples      62
Electron-beam gun (e-gun)      126
electron-beam lithography      129
electron-hole pairs      49
electronic gyroscope sensors      163
electronic parameters, of important semiconductors      99
electronic states of an atom      3
electrons, indistinguishable nature      76
Electrostatic energies      162
Electrostatic exchange interaction      103
electrostatic forces      30
emission      57
emission wavelengths, photons      9
End of the classical scaling range      6
energy bands      5 6 93 98
Energy bands, bending      107
Energy density      39 52
energy gaps      49 93 95 96
energy levels      47
energy of transition      161
envelope function      53
enzyme      2 164
enzyme RNA polymerase (RNAP)      43
epitaxial film growth      116
Esaki tunnel diode      8 9 100
Etchant, anisotropic      125
Etchant, isotropic      125
ethane      111
ethylene      112
evaporation      126
exchange interaction      79
exchanging the two electrons      76
excitons      50 63
existence proof, nanotechnology      2
expectation value      78
Expectation value, energy      58
1 2 3 4
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