Encyclopedia of Condensed Matter Physics

by Bassani; Liedl; Wyder

• ISBN13: 9780122276101
• ISBN10: 0122276108
• Format: Hardcover
• Copyright: 2005-08-23
• Publisher: Elsevier Science

Summary

The work will aim to give solid coverage in the fundamental theoretical aspects of the subject, with carefully planned cross-linking and structuring to give the user the potential to gain a solid grounding in the theoretical aspects of quantum mechanics, mechanics, electrodynamics, relativity, statistical mechanics, and elementary particiles that form the core physics background for the field. These core areas will form the background for coverage of such areas as crystallography, transport phenomena, various theoretical models (electronic, band structure, materials property models, etc), and physical properties of materials (electrical, magnetic, optical, thermal, etc). Coverage of experimental techniques will include, among others, the full range of scattering, microscopy, and spectroscopy techniques. Other entries will cover a range of materials processing (solidification, crystal growth, molecular beam epitaxy, sputtering, sintering, etc) and include coverage of key materials systems (macromolecules, nanostructures, polymers, ceramics, and alloys). Special materials systems that have had and continue to have a major impact on society such as semiconductors, laser materials, and superconductors will also be covered. It will also include a wide range of applied topics, device-oriented topics, developments in biomaterials, soft condensed matter, complex fluids, etc

Table of Contents

A
Acoustics: Physical Principles and Applications to Condensed Matter Physics	1	(7)
J D Maynard
Allotropy and Polymorphism	8	(10)
D R Gaskell
Alloys See Alloys: Aluminum; Alloys: Copper; Alloys: Iron; Alloys: Magnesium; Alloys: Overview; Alloys: Titanium
Alloys: Aluminum	18	(6)
E A Starke Jr.
Alloys: Copper	24	(22)
W F Hosford
Alloys: Iron	46	(8)
M Ferry
Alloys: Magnesium	54	(3)
H Jones
Alloys: Overview	57	(8)
M Baricco
Alloys: Titanium	65	(12)
T R Bieler
R M Trevino
L Zeng
Amorphous See Alloys: Overview; Composites: Overview; Disorder and Localization Theory; Disordered Solids and Glasses, Electronic Structure of; Porous Silicon; Waves in Random Media
Anelasticity See Mechanical Properties: Anelasticity; Mechanical Properties: Elastic Behavior
Aperiodic Crystals See Lattice Dynamics: Aperiodic Crystals
B
Ballistic Transport	77	(8)
M Dragoman
D Dragoman
Bioelectronics	85	(14)
E Katz
Biological Structures	99	(9)
R M Ottenbrite
R Javan
Biomedical Materials	108	(8)
J R Jones
L L Hench
Biomembranes	116	(6)
F Bordi
C Cametti
Biomolecules, Scanning Probe Microscopy of	122	(9)
C Ascoli
Bose-Einstein Condensation	131	(12)
M Inguscio
S Stringari
Bravais Lattice See Periodicity and Lattices
C
Carbon Materials, Electronic States of	143	(8)
P Lambin
J Fink
Catalysts: Combinatorial Catalysis	151	(7)
A Hagemeyer
A Volpe Jr.
Catalysts: Materials	158	(7)
A Hagemeyer
A Volpe Jr.
Ceramic Materials	165	(8)
K P Constant
Ceramics See Ceramic Materials
Ceramics, History of	173	(5)
I Yasui
Composites: Carbon Matrix	178	(14)
B Rand
Composites: Overview	192	(16)
C H Zweben
Composites: Polymer-Polymer	208	(3)
R Talreja
Computer Simulation Techniques in Condensed Matter Physics	211	(8)
K Binder
Conductivity, Electrical	219	(6)
J Bass
Conductivity, Thermal	225	(4)
K Behnia
Confocal Optical Microscopy	229	(6)
M J Solomon
M Kogan
Copolymers	235	(5)
C Hagiopol
Core Photoemission	240	(12)
P Padova
P Perfetti
Creep See Mechanical Properties: Creep
Crystal Field Splitting	252	(10)
I B Bersuker
Crystal Growth, Bulk: Methods	262	(12)
G Muller
J Friedrich
Crystal Growth, Bulk: Theory and Models	274	(9)
J J Derby
Crystal Optics	283	(6)
D A Lyashenko
Yu P Svirko
Crystal Structure	289	(5)
J S Rutherford
Crystal Structure Determination	294	(10)
R Spagna
Crystal Structure Determination, History of	304	(8)
D Viterbo
Crystal Symmetry	312	(11)
Th Hahn
H Klapper
Crystal Tensors: Applications	323	(6)
D R Lovett
Crystal Tensors: Introduction	329	(7)
D R Lovett
Crystalline Organic Metals	336	(7)
T Ishiguro
Cyclotron Resonance: Metals	343	(13)
J Singleton
Cyclotron Resonance: Semiconductors	356	(13)
D R Leadley
D
Deep-Level Spectroscopy and Auger Spectra	369	(10)
R Colle
S Simonucci
Defect Centers in Insulating Solids, Optical Properties of	379	(8)
G Baldacchini
Deformation Processing	387	(8)
D Raabe
Density-Functional Theory	395	(7)
S Kurth
M A L Marques
E K U Gross
Deterministic Aperiodic Solids, Electronic Properties of	402	(7)
J Bellissard
Devices for Telecommunications	409	(5)
M Sugawara
N Hara
Diamagnetism	414	(4)
P F de Chatel
Diamond Anvil Cells	418	(8)
W A Bassett
Dielectric Function	426	(3)
J Petzelt
I Rychetsky
Diffraction See Scattering, Elastic (General)
Diffusionless Transformations	429	(8)
H Ledbetter
A Saxena
A Migliori
Dislocations	437	(7)
V Vitek
Disorder and Localization Theory	444	(8)
E N Economou
C M Soukoulis
Disordered Magnetic Systems	452	(5)
P Nordblad
Disordered Solids and Glasses, Electronic Structure of	457	(6)
S R Elliott
DNA and RNA, Biophysical Aspects	463
M D Frank-Kamenetskii
E
Effective Masses	1	(5)
A L Wasserman
Elastic Behavior See Mechanical Properties: Elastic Behavior
Elasticity in Lattices See Lattice Dynamics: Structural Instability and Soft Modes
Electric and Magnetic Fields in Cells and Tissues	6	(8)
J Gimsa
L Haberland
Electrodynamics: Continuous Media	14	(11)
A C Eringen
Electrodynamics: Quantum Electrodynamics	25	(5)
G Scharf
Electromagnetic Biological Effects	30	(6)
C Marino
B Veyret
Electromagnetically Induced Transparency	36	(6)
M Artoni
Electron and Positron Sources	42	(10)
S Tazzari
M Ferrario
Electron Gas (Theory)	52	(6)
M P Tosi
Electron Spin Resonance	58	(9)
A-L Barra
A K Hassan
Electronic Structure (Theory): Atoms	67	(8)
V M Ramaglia
Electronic Structure (Theory): Molecules	75	(10)
R Righini
Electronic Structure Calculations: Plane-Wave Methods	85	(8)
M L Cohen
Electronic Structure Calculations: Scattering Methods	93	(6)
J S Faulkner
Electron-Phonon Interactions and the Response of Polarons	99	(11)
J T Devreese
Electrons and Holes	110	(7)
G C La Rocca
Electrons in Periodic Potentials with Magnetic Fields	117	(9)
J Bellissard
Electrophysiology	126	(7)
S E Pagnotta
Elemental Semiconductors, Electronic States of	133	(8)
G C La Rocca
Elementary Excitations in Biological Systems	141	(5)
H J M de Groot
J Matysik
J Zaanen
Environmental Science, Physical Principles and Applications	146	(11)
A Speranza
V Lucarini
Epitaxy	157	(9)
L Miglio
A Sassella
Exciton Complexes	166	(5)
B P Zakharchenya
S A Permogorov
Excitons in Crystals	171	(8)
B P Zakharchenya
S A Permogorov
Excitons: Theory	179	(6)
P B Littlewood
F
Fatigue See Mechanical Properties: Fatigue
Fermi Surface Measurements	185	(7)
C Bergemann
Ferroelectricity	192	(9)
A P Levanyuk
B A Strukov
Ferromagnetism	201	(9)
N Magnani
Film Growth and Epitaxy: Methods	210	(12)
F Levy
Fluorescent Biomolecules	222	(13)
F Lenci
G Checcucci
A Sgarbossa
M M Martin
P Plaza
N Angelini
Fluorescent Proteins	235	(9)
R Nifosi
V Tozzini
F Beltram
Folding and Sequence Analysis	244	(7)
A Tramontano
G
Genetic Algorithms for Biological Systems	251	(6)
K Sneppen
S Maslov
Geometrical Optics	257	(10)
G Molesini
Geometrical Phase and Polarization in Solids	267	(6)
R Resta
Glasses	273	(8)
J M Parker
Group Theory	281	(9)
R Dirl
P Weinberger
Group Theory in Materials Science, Applications	290	(13)
R Dirl
P Weinberger
H
Hardness See Mechanical Properties: Anelasticity; Mechanical Properties: Creep; Mechanical Properties: Elastic Behavior; Mechanical Properties: Fatigue; Mechanical Properties: Plastic Behavior; Mechanical Properties: Strengthening Mechanisms in Metals; Mechanical Properties: Tensile Properties; Recovery, Recrystallization, and Grain Growth; Thin Films, Mechanical Behavior of
Harmonic Generation Frequency Conversion	303	(8)
M Bellini
Hartree and Hartree--Fock Methods in Electronic Structure	311	(7)
G C Strinati
Highly Porous Metals and Ceramics	318	(14)
A E Markaki
P Colombo
T W Clyne
Holography	332	(11)
P Ambs
J-P Huignard
B Loiseaux
I
Imaging and Optical Processing	343	(7)
F Gori
Impedance Spectroscopy and Mobility Spectra	350	(14)
R A Gerhardt
Incommensurate Phases	364	(10)
J M Perez-Mato
Insulators, Electronic States of	374	(6)
F Casula
G Mula
Insulators, Impurity and Defect States in	380	(8)
A M Stoneham
A L Shluger
Insulators, Optical Properties of	388	(6)
Y Toyozawa
Integrated Circuits	394	(9)
M Van Rossum
Interaction of Light and Matter	403	(6)
G Nienhuis
Intermetallic Compounds, Electronic States of	409	(14)
O Gourdon
D Gout
G J Miller
Ion Beam Analysis	423
T L Alford
D Adams
J W Mayer
Ion Transport in Biological Membranes	1	(8)
M Baruscotti
G Thiel
A Moroni
Ionic and Mixed Conductivity in Condensed Phases	9	(12)
J Maier
Ionic Bonding and Crystals	21	(7)
M W Finnis
Ionizing Radiation Effects in Biological Materials	28	(6)
A Ottolenghi
F Ballarini
Irreversible Thermodynamics and Basic Transport Theory in Solids	34	(9)
J M Honig
Isotopic Effects in Solids	43	(10)
E E Haller
J W Ager III
J
Jahn--Teller Effect	53	(8)
E E Vogel
K
Kondo Effect (Theory)	61	(6)
B Coqblin
L
Landau Levels See Magnetoresistance Techniques Applied to Fermi Surfaces
Laser Radiation Sources	67	(10)
A Agnesi
G Reali
A Tomaselli
Lattice Dynamics: Anharmonic Effects	77	(5)
M I Katsnelson
Lattice Dynamics: Aperiodic Crystals	82	(11)
J-B Suck
Lattice Dynamics: Elasticity See Lattice Dynamics: Vibrational Modes
Lattice Dynamics: Structural Instability and Soft Modes	93	(5)
R A Cowley
Lattice Dynamics: Vibrational Modes	98	(4)
K Parlinski
Light Emitting Diodes	102	(9)
E F Schubert
T Gessmann
Linearized Methods See Lattice Dynamics: Vibrational Modes Liquid Crystals	111	(9)
S Kumar
S-W Kang
Liquids, Electronic Structure of	120	(6)
M P Tosi
Liquids, Theory of: Fermi Liquids	126	(10)
J Spalek
Liquids, Theory of: Non-Fermi Liquids See Liquids, Electronic Structure of Lithography Masks and Pattern Transfer	136	(9)
C Romeo
P Cantu
Local Field Effects	145	(7)
W Schattke
Localized and Itinerant Magnetism	152	(9)
H Yamada
T Goto
Low-Energy Electron Microscopy	161	(11)
E Bauer
Low-Temperature Properties of Materials	172	(6)
T Dietl
Luminescence	178	(13)
R Capelletti
M
Magnetic Domains	191	(6)
O Portmann
A Vaterlaus
C Stamm
D Pescia
Magnetic Interactions	197	(7)
G Hilscher
H Michor
Magnetic Materials and Applications	204	(7)
H Szymczak
Magnetic Order	211	(8)
D Givord
Magnetic Point Groups and Space Groups	219	(8)
R Lifshitz
Magnetism, History of	227	(9)
J M D Coey
T R Ni Mhiochain
Magnetocaloric Effect	236	(9)
V K Pecharsky
K A Gschneidner Jr.
Magnetoelasticity	245	(8)
M R Ibarra Garcia
Magnetoresistance Techniques Applied to Fermi Surfaces	253	(8)
S J Blundell
Manganites	261	(4)
V Z Kresin
Mass Transport	265	(6)
R Livi
Mechanical Properties: Anelasticity	271	(9)
W Benoit
Mechanical Properties: Creep	280	(6)
T G Langdon
Mechanical Properties: Elastic Behavior	286	(5)
K Bowman
Mechanical Properties: Fatigue	291	(7)
F McBagonluri
W Soboyejo
Mechanical Properties: Plastic Behavior	298	(8)
G Gottstein
M Goerdeler
G V S S Prasad
Mechanical Properties: Strengthening Mechanisms in Metals	306	(6)
A C Lund
C A Schuh
Mechanical Properties: Tensile Properties	312	(6)
K K Chawla
Membrane and Protein Aggregates	318	(6)
O G Mouritsen
Memory Devices, Nonvolatile	324	(13)
G Baccarani
E Gnani
Memory Devices, Volatile	337	(10)
G Baccarani
E Gnani
Meso- and Nanostructures	347	(6)
A Horsfield
Metallic Bonding and Crystals	353	(8)
D J Willock
Metalloproteins, Electron Transfer in	361	(8)
A R Bizzarri
S Cannistraro
Metalloproteins, Structural Determination of	369	(10)
C Luchinat
G Parigi
Metallurgy See Alloys: Aluminum; Alloys: Copper; Alloys: Iron; Alloys: Magnesium; Alloys: Overview; Alloys: Titanium; Crystalline Organic Metals
Metals and Alloys, Electronic States of (Including Fermi Surface Calculations)	379	(5)
H Harima
Metals and Alloys, Impurity and Defect States in	384	(8)
J S Faulkner
Metals and Metallic Alloys, Optical Properties of	392	(11)
F Forstmann
Micro- and Macrostructures	403	(12)
G S Rohrer
Microelectromechanical Systems	415	(9)
M Dragoman
D Dragoman
Micromechanical Devices and Systems	424	(6)
H Fujita
Modulators, Optical	430	(13)
G Galzerano
P Laporta
Molecular Clusters	443	(10)
R A Broglia
Molecular Crystallography	453
M Wilmanns
M S Weiss
Molecular Dynamics Calculations	1	(7)
L Colombo
Molecular Dynamics, Car--Parrinello	8	(6)
R Rousseau
S Scandolo
Molecular Monolayers and Thin Films	14	(6)
M K Sanyal
Monocrystal See Crystal Growth, Bulk: Methods; Crystal Growth, Bulk: Theory and Models
Mossbauer Spectroscopy	20	(12)
P Schaaf
Multicircle Diffractometry Methods	32	(9)
D A Walko
Muon Spin Rotation	41	(10)
A Amato
D Andreica
N
Nanostructures, Electronic Structure of	51	(7)
J R Chelikowsky
Nanostructures, Optical Properties of	58	(6)
K Cho
Neuroscience	64	(5)
E Boncinelli
Neutron Sources	69	(7)
A Furrer
Neutrons and Neutron Scattering, History of	76	(7)
F Mezei
NMR Methods for the Determination of Local Structure	83	(11)
R Blinc
B Zalar
Nonlinear Dynamics and Nonlinear Dynamical Systems	94	(11)
G Casati
F Haake
Nonlinear Optics	105	(8)
V Degiorgio
I Cristiani
Nuclear Fission and Fusion	113	(5)
D M Brink
Nuclear Models and Methods	118	(14)
R A Broglia
Numerical Approximation and Analysis	132	(3)
C Brezinski
O
Onsager Relations	135	(7)
C Cercignani
Optical Absorption and Reflectance	142	(5)
Y Toyozawa
Optical Bistability	147	(5)
R Bonifacio
F Casagrande
Optical Fibers	152	(7)
V Degiorgio
I Cristiani
Optical Instruments	159	(16)
M de Angelis
G M Tino
Optical Microscopy	175	(8)
G F Vander Voort
Optical Properties of Materials	183	(8)
G Guizzetti
M Patrini
Optical Properties of Surface Layers Enhanced Raman Scattering	191	(9)
G Mattei
Optical Sum Rules and Kramers--Kronig Relations	200	(6)
F Bassani
Organic Semiconductors	206	(15)
R Scholz
Orientation Texture	221	(14)
S I Wright
P
Paramagnetism	235	(3)
P F de Chatel
Periodicity and Lattices	238	(9)
F J Lamelas
Phase Diagram See Conductivity, Electrical; Conductivity, Thermal; Low-Temperature Properties of Materials; Mass Transport; Onsager Relations; Quantum Hall Effect; Radioactive Tracers; Thermal Conductivity at Low Temperatures; Thermoelectric Effect
Phase Transformation	247	(11)
J H Perepezko
Phase Transformations, Mathematical Aspects of	258	(5)
J-C Toledano
Phases and Phase Equilibrium	263	(9)
M A White
Phonons See Electron-Phonon Interactions and the Response of Polarons; Lattice Dynamics: Vibrational Modes; Mechanical Properties: Elastic Behavior; Polarons
Photoelectron Spectromicroscopy	272	(8)
G Margaritondo
Photon Statistics and Coherence Theory	280	(6)
P Mataloni
Photonic Bandgap Materials, Electronic States of	286	(9)
M Agio
L C Andreani
Photons See Photon Statistics and Coherence Theory; Polaritons; Statistical Mechanics: Quantum
Photosynthesis, Physics of	295	(5)
J L Herek
Piezoelectricity	300	(10)
D Damjanovic
Plasmons	310	(8)
W L Mochan
Plastic Behavior See Mechanical Properties: Plastic Behavior
Point Defects	318	(5)
W B Fowler
Point Groups	323	(11)
H Klapper
Th Hahn
Polaritons	334	(7)
M Litinskaya
Polarizabilities	341	(6)
K Cho
Polarons	347	(8)
E I Rashba
Polymer Structures	355	(7)
R A Pethrick
Polymers and Organic Compounds, Optical Properties of	362	(13)
T Koda
K Kajikawa
Polymers and Organic Materials, Electronic States of	375	(11)
E Zojer
J-L Bredas
Polymers, History of	386	(5)
M M Coleman
P C Painter
Porous Silicon	391	(10)
Z Gaburro
N Daldossoh
L Pavesi
Powder Processing: Models and Simulations	401	(13)
A B Yu
Protein Folding and Aggregation	414	(4)
R A Broglia
G Tiana
Protein Folding, Engineering of	418	(8)
S E Jackson
Protein Folding, Evolution and	426	(5)
R A Goldstein
Pseudopotential Method	431	(10)
A Filippetti
G B Bachelet
Pyroelectricity	441
P Muralt
Q
Quantum Cascade Lasers	1	(8)
A Tredicucci
Quantum Computation and Chaos	9	(8)
G Casati
G Benenti
Quantum Devices of Reduced Dimensionality	17	(5)
M Grundmann
Quantum Hall Effect	22	(7)
J Weis
Quantum Mechanics: Atoms	29	(10)
A Sasso
Quantum Mechanics: Critical Phenomena	39	(5)
S Caracciolo
Quantum Mechanics: Elementary Particles	44	(7)
G Marchesini
Quantum Mechanics: Foundations	51	(5)
A J Leggett
Quantum Mechanics: Methods	56	(11)
G M Prosperi
Quantum Mechanics: Molecules	67	(9)
V Schettino
M Mugnai
Quantum Mechanics: Nuclei	76	(10)
R A Broglia
Quasicrystals	86	(9)
M de Boissieu
Quasicrystals, Electronic Structure of	95	(6)
U Grimm
M Schreiber
R
Radioactive Tracers	101	(5)
P Brisset
J Thereska
Radioactivity	106	(10)
W Greiner
D N Poenaru
Recovery, Recrystallization, and Grain Growth	116	(8)
N Hansen
R A Vandermeer
Recursive Methods for Electronic States	124	(5)
R Haydock
Red Blood Cells, Physical Properties of	129	(5)
A Bifone
Relativity	134	(11)
V Barone
P Sodano
Rhodopsin and the First Step in Vision	145	(5)
R R Birge
Ruthenates	150	(13)
B Raveau
S
Scanning Near-Field Optical Microscopy	163	(9)
A Cricenti
Scanning Probe Microscopy	172	(10)
J Gomez-Herrero
R Reifenberger
Scattering Techniques, Compton	182	(11)
P E Mijnarends
A Bansil
Scattering, Elastic (General)	193	(6)
R Colella
Scattering, Inelastic: Brillouin	199	(6)
T Blachowicz
M Grimsditch
Scattering, Inelastic: Electron	205	(7)
M Erbudak
D D Vvedensky
Scattering, Inelastic: Raman	212	(8)
P Lemmens
K-Y Choi
Scattering, Inelastic: X-Ray (Methods and Applications)	220	(7)
M Krisch
F Sette
Scattering, Nuclear Resonant	227	(7)
W Sturhahn
Scattering, Rayleigh	234	(8)
R Piazza
V Degiorgio
Scattering, Resonant	242	(8)
C Vettier
Semiconductor and Metallic Clusters, Electronic Properties of	250	(6)
A Stella
M Patrini
Semiconductor Compounds and Alloys, Electronic States of	256	(8)
J C Phillips
Semiconductor Devices	264	(9)
T Takahashi
Semiconductor Heterojunctions, Electronic Properties of	273	(8)
M Peressi
Semiconductor Lasers	281	(9)
M-C Amann
Semiconductor Nanostructures	290	(7)
B Voigtlander
Semiconductor Optics	297	(6)
G C La Rocca
Semiconductors, Electronic Transitions in	303	(8)
A Quattropani
P Schwendimann
Semiconductors, General Properties	311	(10)
G Margaritondo
Semiconductors, History of	321	(9)
F Bassani
G C La Rocca
Semiconductors, Impurity and Defect States in	330	(4)
H Ikoma
Semiconductors, Optical and Infrared Properties of	334	(7)
L Degiorgi
Semi-Empirical and Empirical Calculations	341	(11)
M-H Whangbo
Sensors	352	(8)
A D'Amico
C Di Natale
Shubnikov--de Haas and de Haas-van Alphen Techniques	360	(8)
W Biberacher
Silicon, History of	368	(10)
F Seitz
N G Einspruch
Single-Molecule Methods in Biophysics	378	(10)
Y Ishii
T Yanagida
Small Particles and Clusters, Optical Properties of	388	(6)
T Arai
K Matsuishi
Solid-State NMR Structural Studies of Proteins	394	(7)
C E Hughes
M Baldus
Solidification: Models and Simulations	401
J A Dantzig
Space Groups	1	(7)
T Janssen
Specific Heat	8	(11)
N E Phillips
R A Fisher
Spin Density Waves and Magnons	19	(8)
N Harrison
Statistical Mechanics: Classical	27	(8)
D Cassi
Statistical Mechanics: Quantum	35	(5)
R Fazio
G Piccitto
Stochastic Processes in Physics and Chemistry	40	(6)
C Cercignani
Strengthening Mechanisms in Metals See Mechanical Properties: Strengthening Mechanisms in Metals
Strongly Correlated Electron Systems	46	(8)
H v Lohneysen
Structural Instability and Soft Modes See Lattice Dynamics: Structural Instability and Soft Modes
Structure Types and Classifications	54	(6)
J Plevert
T J White
Sum Rules and Kramers--Kronig Relations in Nonlinear Optics	60	(6)
F Bassani
Superconductivity: Applications	66	(6)
D J Bishop
Superconductivity: BCS Theory	72	(10)
K H Bennemann
Superconductivity: Critical Currents	82	(7)
A Gurevich
Superconductivity: Flux Quantization	89	(6)
J R Kirtley
C C Tsuei
Superconductivity: General Aspects	95	(3)
A I Larkin
Superconductivity: Ginzburg--Landau Theory and Vortex Lattice	98	(7)
E H Brandt
Superconductivity: Tunneling	105	(7)
A N Cleland
Superconductors, High Tc	112	(9)
M J Qin
S X Dou
Superconductors, Metallic	121	(7)
D J Bishop
Superfluidity	128	(5)
E V Thuneberg
Surfaces and Interfaces, Electronic Structure of	133	(11)
G Chiarotti
C Goletti
Surfaces, Optical Properties of	144	(6)
R Del Sole
P Chiaradia
Synchrotron Radiation	150	(9)
G Margaritondo
T
Tensile Properties See Mechanical Properties: Tensile Properties
Thermal Conductivity at Low Temperatures	159	(5)
T Skoskiewicz
Thermodynamic Properties, General	164	(9)
J M Honig
Thermoelectric and Energy Conversion Devices	173	(7)
J W Sharp
Thermoelectric Effect	180	(7)
G D Mahan
Thin Films, Mechanical Behavior of	187	(7)
S P Baker
Tight-Binding Method in Electronic Structure	194	(12)
D A Papaconstantopoulos
M J Mehl
Time-Resolved Optical Spectroscopies	206	(8)
B Deveaud
Transistors	214	(8)
Y Hirayama
Transition-Metal Compounds, Electronic and Magnetic Properties of	222	(18)
J B Goodenough
Transmission Electron Microscopy	240	(8)
S J Pennycook
Transport in Two-Dimensional Semiconductors	248	(8)
P T Coleridge
Treated Surfaces, Optical Properties of	256	(13)
H Ueba
Tunneling Devices	269	(10)
D Dragoman
M Dragoman
V
Valence Photoemission	279	(7)
G Margaritondo
van der Waals Bonding and Inert Gases	286	(5)
J S Rutherford
Vapor Transport Processing: Mechanisms	291	(5)
D Gall
Vapor Transport Processing: Models and Simulations	296	(11)
C Bernard
M Pons
Vibrational Modes See Lattice Dynamics: Vibrational Modes
W
Waves in Random Media	307	(12)
A Z Genack
A A Chabanov
P Sebbah
B A van Tiggelen
X
X-Ray Absorption Spectroscopy	319	(4)
T Jo
X-Ray Sources	323	(7)
A Pifferi
X-Ray Standing Wave Techniques	330	(12)
M J Bedzyk
X-Ray Topography	342	(7)
J Baruchel
J Hartwig
Index	349