Recombination in semiconductors:
Gespeichert in:
| 1. Verfasser: | |
|---|---|
| Format: | Buch |
| Sprache: | English |
| Veröffentlicht: |
Cambridge u.a.
Cambridge Univ. Press
1991
|
| Ausgabe: | 1. publ. |
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | Literaturverz. S. 542 - 572 |
| Beschreibung: | XXII, 595 S. Ill., graph. Darst. |
| ISBN: | 0521361222 |
Internformat
MARC
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| 020 | |a 0521361222 |9 0-521-36122-2 | ||
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| 100 | 1 | |a Landsberg, Peter T. |d 1922-2010 |e Verfasser |0 (DE-588)137061188 |4 aut | |
| 245 | 1 | 0 | |a Recombination in semiconductors |c Peter T. Landsberg |
| 250 | |a 1. publ. | ||
| 264 | 1 | |a Cambridge u.a. |b Cambridge Univ. Press |c 1991 | |
| 300 | |a XXII, 595 S. |b Ill., graph. Darst. | ||
| 336 | |b txt |2 rdacontent | ||
| 337 | |b n |2 rdamedia | ||
| 338 | |b nc |2 rdacarrier | ||
| 500 | |a Literaturverz. S. 542 - 572 | ||
| 650 | 4 | |a Semiconducteurs - Recombinaison | |
| 650 | 4 | |a Semiconductors |x Recombination | |
| 650 | 0 | 7 | |a Rekombination |0 (DE-588)4049338-6 |2 gnd |9 rswk-swf |
| 650 | 0 | 7 | |a Halbleiter |0 (DE-588)4022993-2 |2 gnd |9 rswk-swf |
| 655 | 7 | |0 (DE-588)1071861417 |a Konferenzschrift |2 gnd-content | |
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| 689 | 0 | 1 | |a Rekombination |0 (DE-588)4049338-6 |D s |
| 689 | 0 | |5 DE-604 | |
| 689 | 1 | 0 | |a Halbleiter |0 (DE-588)4022993-2 |D s |
| 689 | 1 | 1 | |a Rekombination |0 (DE-588)4049338-6 |D s |
| 689 | 1 | |5 DE-604 | |
| 856 | 4 | 2 | |m Digitalisierung TU Muenchen |q application/pdf |u http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=002952478&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |3 Inhaltsverzeichnis |
| 999 | |a oai:aleph.bib-bvb.de:BVB01-002952478 | ||
Datensatz im Suchindex
| _version_ | 1804118912115146752 |
|---|---|
| adam_text | Contents
List of main symbols
xv
Note on units
xxi
Introduction
1
1
Semiconductor statistics
7
1.1
The electrochemical potential
7
1.2
A shorter statistical mechanics
10
1.2.1
The distribution laws
10
1.2.2
The Einstein diffusion—mobility ratio
14
1.3
The classical gas theory
16
1.4
Density-of-states expressions
20
Appendix: The volume Vn of an n-dimensional sphere
23
1.5
Density-of-states expressions in the neighborhood of various points
in k-space
24
1.5.1
General theory
24
1.5.2
Conditions near
extrema
and saddle points
27
1.6
The number of electrons and holes in bands
30
1.6.1
Standard or parabolic bands
30
1.6.2
Nonparabolicity
33
1.6.3
The Kane gas
34
1.6.4
Additional remarks
39
1.7
The number of electrons in localized states
40
1.7.1
General theory
40
1.7.2
Some special cases of occupation probabilities for localized states
43
1.7.3
Gibbs free energies and
enttopy-fctetörs,
47
1.7.4
Points
f
гожі Ш
literature
51
1.8
Interaction effects from impurities, including screening
51
1.8.1
InteractionWffects {impurity bands,
Mottţand
Anderson transitions)
51
ix
Contents
1.8.2 Concentration-dependent
activation energies
53
1.8.3
Screening
54
1.8.4
Negative-
U
centers
60
1.9
Saturation solubilities of impurities
62
Appendix
:
Solubilities of multivalent impurities
66
1.10
The equilibrium of simple lattice defects
67
1.10.1
General theory based on the grand canonical ensemble
67
1.10.2
Examples
69
1.10.3
The free energy argument
71
1.11
Quasi-Fermi levels, reaction kinetics, activity coefficients and
Einstein relation
72
1.11.1
Reaction constants for band-band processes
72
1.11.2
Reaction constants for processes involving traps
75
1.11.3
Einstein relation and activity coefficient
79
1.12
Fermi level identifications, intrinsic carrier concentrations and
band-gap shrinkage
82
1.12.1
Fermi level identifications
82
1.12.2
Heavy doping effects
90
1.12.3
A simple model of band-gap shrinkage
92
1.12.4
The relation between doping and solubility of defects
95
1.12.5
Points from the literature
97
1.13
Quantities referred to the intrinsic level
97
1.14
Junction currents as recombination currents
100
2
Recombination statistics
102
2.1
Basic assumptions for recombination statistics
102
2.1.1
General orientation
102
2.1.2
The assumptions needed
105
2.1.3
Example: Quantum efficiency in an intrinsic semiconductor
108
2.2
The main recombination rates
109
2.2.1
Basic theory
109
2.2.2
Identification of the XJt
110
2.2.3
Recombination coefficients as state averages
112
2.2.4
Joint effects of distinct recombination channels
115
2.2.5
Special cases
118
2.2.6
Brief survey of selected literature on recombination (mainly to about
1980)
H9
2.3 Shockley-Read-Hall (SRH)
statistics: additional topics
122
2.3.1
A derivation of the main formulae (any degeneracy, any density of
states)
122
2.3.2
The addition of reciprocal lifetimes
123
2.3.3
Reduction of SRH to Fermi-Dirac occupation probabilities
125
2.3.4
An application of the formalism to Si and Hg^Cd^Te
126
2.3.5
The residual defect in Si
127
Contents xi
2.3.6
SRH
recombination via a spectrum of trapping levels
134
2.3.7
The joint action of band-band and
SRH
recombination
137
2.4
Cascade recombination
144
2.4.1
Introduction
144
2.4.2
The kinetics of the model
146
2.4.3
The transient properties of the concentrations
150
2.4.4
The steady-state recombination rate
157
2.4.5
Generation lifetime
162
2.4.6
Capture and emission coefficients in general
163
2.5
Field dependence of capture and emission
167
2.5.1
Introduction
167
2.5.2
A simple intuitive treatment of the steady-state TCR model (with
application to electric field effects)
168
Appendix to section
2.5.2 172
2.5.3
Schottky effect and Poole-Frenkel effect
172
2.5.4
The field-dependence of the emission rate
175
Appendix: The integrations of section
2.5.4 181
2.5.5
Thermionic and field emission
183
2.5.6
Geminate recombination
189
2.6
Cascade capture
193
2.6.1
Some formulae for cascade capture
193
2.6.2
Implications of the classical conservation laws
196
2.6.3
Relations between cross sections and probabilities
198
2.6.4
Details of special cases covered by the exposition
201
2.6.5
The total capture cross section
202
2.6.6
The longitudinal acoustic phonon cascade capture cross section
207
2.6.7
Remarks on the relevant literature
208
2.7
Surface recombination and grain boundary barrier heights
208
2.7.1
Recombination statistics for surface states
208
2.7.2
A schematic grain boundary model
210
2.7.3
The grain boundary barrier height
212
2.8
Recombination at dislocations
216
3
Auger effects and impact ionization (mainly for bands)
220
3.1
Introduction
220
3.2
Fermi s golden rule
225
Appendix: Proof that
ƒ
s
dx
=
π
229
J
-00
X
3.3
Reduction of the many-electron problem
230
3.3.1
Introduction
230
3.3.2
Determinantal eigenfunctions
230
3.3.3
Matrix elements between determinantal wavefunctions
233
3.3.4
Special cases
235
3.4
Matrix elements of two-body and Coulomb potentials
240
3.4.1
A general argument
240
xii
Contents
3.4.2
The use of free-electron functions
242
3.4.3
The use of four Bloch functions
242
3.4.4
Localized states: the case of two Bloch functions
245
3.4.5
Four Bloch states: inclusion of Umklapp-type terms
248
3.5
Threshold energies for impact ionization
249
3.5.1
Introduction
249
3.5.2
Two
isotropie
parabolic bands
252
3.5.3
Three
isotropie
parabolic bands
254
3.5.4
One
isotropie
parabolic, one
isotropie nonparabolic
band
256
3.5.5
The relation between Auger recombination and impact ionization in
bands
261
3.5.6
Some related relevant literature
262
3.5.7
General theory of threshold energies
263
3.6
Bloch overlap integrals
267
3.6.1
A sum rule for the integrals
267
3.6.2
Overlap integrals for a scalar effective mass
271
3.6.3
The effect of the overlap integral on the matrix element of the
Coulomb potential
273
3.6.4
The overlap integrals in the limit of a small periodic potential
274
3.6.5
Fourier analysis of the overlap integrals
277
3.6.6
Numerical estimates
278
3.7
Auger and impact ionization probabilities
280
3.7.1
General (approximate) formulae for impact ionization probabilities
per unit time and Auger recombination rates
280
3.7.2
The impact ionization rate for a simple case
283
3.7.3
Classification and general properties of results using the constant
matrix element approximation
288
3.8
Auger lifetimes
293
3.8.1
Basic results to be used
293
3.8.2
Two approximations
:
treatment of exchange terms, use of most
probable transitions
295
3.8.3
The integration
297
3.8.4
The Auger lifetimes
300
3.8.5
Notes on experimental procedures
307
Appendix: Proof of formula
(3.8.11) 310
4
Radiative recombination (mainly for bands)
312
4.1
Introduction
312
4.2
A review of the statistical formalism for single-mode radiative
transitions
315
4.3
The quantum mechanics of radiative transitions
320
4.3.1
Introduction
320
4.3.2
First-order time-dependent perturbation theory
321
4.3.3
Fourier analysis of the pure radiation field
323
4.3.4
The free field as a collection of oscillators
324
Contents xiii
4.3.5
The number operator
327
4.3.6
The perturbation
327
4.3.7
The transition probability
328
4.4
Interband
emission rates
329
4.4.1
The rate of single-mode allowed radiative transitions
329
4.4.2
Multi-mode operation, spectral emission functions and k-selection
rule for allowed transitions
333
4.4.3
Spectral emission functions with and without k-selection for
multi-mode operation and direct transitions
337
4.5
Interband
absorption, emission and their relationship
343
4.5.1
Absorption-emission relationships and radiative recombination in
terms of optical data
343
4.5.2
Interband
indirect transitions and excitonic effects
346
4.5.3
Analytical
interband
emission rates via absorption rates
353
4.6
Recombination-generation induced phase transitions and chaos
356
4.6.1
Nonequilibrium phase transitions due to generation-recombination
356
4.6.2
Recurrence relations for M-level systems
361
4.6.3
A recombination-generation model for chaos
364
5
Defects
369
5.1
Introduction
369
5.2
Radiative recombination involving traps
373
5.2.1
General theory; the hydrogenic ground state
373
5.2.2
Hydrogenic excited states
381
5.2.3
Tail states due to random potential fluctuations
382
5.2.4
Photoionization and photoneutralization
389
5.2.5
Some uses of detailed balance
391
5.2.6
Donor-acceptor pair radiation
398
5.2.7
Notes on
excitons
405
5.2.8
Points from the literature
410
5.3
Auger recombination and impact ionization involving traps
without
excitons
411
5.3.1
Construction of universal curves for the 7[ process
411
5.3.2
Introduction of four models
417
5.3.3
Zero-order approximation analytical trap-Auger coefficients in
nondegenerate
materials
418
5.3.4
Auger quenching
426
5.3.5
More involved arguments and effects
433
5.4
More complex effects
436
5.4.1
Auger effects involving bound
excitons
436
5.4.2
Donor-acceptor Auger effect
440
5.4.3
Shake effect
441
5.4.4
Recombination-enhanced reactions
442
xiv Contents
6 Multiphonon
recombination by
T. Markvart
447
6.1
Introduction
447
6.2
Electron-lattice
interaction
in semiconductors
449
6.2.1
Electron states in the presence of electron-lattice interaction
449
6.2.2
Electron-lattice interaction in polar semiconductors
454
6.3
Multiphonon transition rate at high temperatures
457
6.3.1
Landau-Zener formula
457
6.3.2
Relationship to the Born-Oppenheimer approximation
460
6.3.3
Multiphonon transitions at high temperatures
462
6.4
Multiphonon transitions by tunneling
463
6.5
Transitions involving free carriers. The role of the Coulomb
interaction
468
6.5.1
Multiphonon capture and emission of free charge carriers
468
6.5.2
The role of the Coulomb interaction
474
6.6
Quantum mechanical treatment of the multiphonon transition rate
476
7
Recombination in low-dimensional semiconductor structures
by R.I. Taylor
481
7.1
Introduction
481
7.2
Energy levels and density of states
483
7.3
Radiative recombination in QWs
488
7.3.1
Rough estimate of radiative recombination in a QW
488
7.3.2
Emission probabilities
490
7.4
Nonradiative recombination in undoped QWs
495
7.4.1
Introduction
495
7.4.2
The theory of Auger recombination in a QW
496
7.4.3
Intervalence
band absorption
508
7.5
Ultra-low threshold current strained QW lasers
510
Appendix A The delta function (section
3.2) 511
Appendix
В
Useful identities arising from the periodic boundary condition
(section
3.4) 516
Appendix
С
Fourier expansions (section
3.4) 520
Appendix
D
The effective mass sum rule and the dynamics of Bloch
electrons (section
3.6) 525
Appendix
E Diagonalization
and Jacobian for the threshold energy and
impact ionization calculation (section
3.5.7) 535
Appendix
F
The saddle-point method, and the method of stationary phase
(section
6.3) 538
Appendix
G
Evaluation of the integral
(6.6.12)
(section
6.6) 540
References
542
Name index
573
Index of topics, concepts and materials
585
Index
of names
Notes
1.
Names involving
de, del, di,
van, van
der, von, t:
Look under the initial letter of the last word
which constitutes the name.
2.
Reference numbers in square brackets are followed by the page numbers) on which they appear.
3.
Ρ
denotes that the named person appears in the frontispiece photograph.
Abakumov, V.
N.. [2.2.31] 120; [2.4.18] 152;
ι
[2.4.23] 157; [2.6.2] 193; [2.6.3] 193, 194, 207;
[2.6.8] 195
Abdullaev,
Α.,
[5.2.16] 381
Abrahams, M. S.,
[2.3.1] 125; [2.4.10] 146,
160; [2.7.5] 210, 215; [2.7.10], [2.7.11] 214; -
[4.4.5] 340
Abram, R.
Α.,
[1.8.7] 52; [1.12.19] 91; [2.2.15]
119; [2.2.66] 121; [3.4.1] 244; [3.5.5] 257-259
[3.6.13], [3.6.15] 278; [5.2.27] 384; [6.5.4] 474;
[7.4.4] 497, 499, 503, 506; [7.4.5] 498, 500;
[7.4.9] 503-507 [7.4.10] 503; [7.4.18] 506;
[7.4.21] 508, 509
Abramowitz,
Μ., [6.3.η
463 ; [6.6.3] 479, 480;
[F.2]
539
Adamowski, J.,
[5.2.77] 408
Adams, A. R.,
[3.5.26] 262; [7.4.3] 495, 508;
[7.5.1] 510
Adams,
M. J.,
[2.2.60] 120; [2.2.68] 122;
[3.5.17] 262; [4.2.5] 319; [4.4.2] 340; [4.5.6]
346; [5.2.21] 382; [5.2.64] 403,404, 405;
[5.4.12] 438; [5.4.19] 440, 441 ; [7.4.20] 508
Adler,
M.S.,
[1.12.34] 90
Aengenheister,
J.,
[3.8.7] 302
Agaev, V.V., [3.8.27] 305
Agafonov,
V. G.,
[5.2.16] 381
Ahmad,
S.,
[3.5.13] 262
Ai-Jisbi, R.,
[2.2.32] 120; {3.1.15] 222
del Alamo,
J.,
[ł
.12.36] 92
Albany,
J. H-,
[1.8.1
ÍJ
52
Aldrich, C. H.,
[2.2.34] 120
Alguard, M. J.,
[5.3.6] 417
Alkun,
J.,
[3.5.26] 262
Aliara, D.
L.,
[2.3.32] 138, 140, 141
Alien, J. W.,
[5.3.29] 429, 430; [5.3.31] 430,
432
Alm,
Α.,
[2.4.44], [2.4.51] 165
Almbładh,
CO.,
[1.7.13] 48
Altarelli,
M.,
[7.2.6] 487
Aľtshuler, B. L.,
[5.2.23] 382
Amato,
Μ. Α.,
[5.2.43] 391
van Amstel,
H. C,
[2.2.62] 120
Amzil, H.,
[2.7.15] 216
Anderson,
C. L.,
[3.5.1] 253, 262
Anderson, J.
S.,
[1.10.7] 72
Anderson,
P.
W.,
[1.8.3] 52; [1.8.33] 60
Ando,
T.,
[7.2.9] 488
Antončík, E.,
[3.5.12] 262; [3.6.1] 268, 271,
278
Antonov-Romanovskii, V. V.,
[2.6.12] 201
Apsley, N.,
[1.12.45] 98
Arai,
S.,
[7.4.3] 495, 508
Arakawa, Y.,
[7.3.5] 490; [7.4.2] 495
Aristov, V. V.,
[2.8.16] 219
Asada,
M.,
[7.4.3] 495, 508
Ashkinadze, B. M.,
[2.4.29] 162
Ashley,
K. L.,
[1.9.7] 65
Atlas, L. M.,
[1.10.8] 72
Attard.A. E.,
[3.8.37] 307
Auger, P., pp.
103, 221
Ayling, S.
О.,
[5.3.31] 430, 432
Baccarini, G.,
[2.7.7] 213
Васћгасћ,
R. Z.,
[5.4.18] 440
Bajic, S.,
[2.5.23] 189
Baker, I. M.,
[3.8.29] 305
Baker, J. E.,
[1.9.13] 66
Baliga,
B. J.,
[1.12.343 90
573
574
Index
of Names
Ballinger,
R.
Α.,
[3.5.14] 262
Baraff,
G.
Α.,
[1.8.35] 60; [1.9.15] 66
Baranovskii, S. D.,
[2.6.22] 208
Baranskii, P.
I.,
[1.6.5] 34
Barber,
H. D.,
[1.9.3] 63
Bardeen,
J.,
[9] 1; [1.8.9] 52; [4.5.3] 346, 347;
[6.2.7] 454
Bardyszewski, W.,
[3.8.27] 305
Barhdadi,
Α.,
[2.7.15] 216
di Bartolo,
В.,
[1.6.18] 39
Bartram,
R. H.,
[5.1.15] 373
Baroch,
P., P38;
[4.2.15] 320
Baryshev,
N.
S.,
[4.5.31] 357
Basov, N. G.,
[4.2.3] 319
Bassani,
F., [1.5.3] 27; [4.4.3] 340; [4.5.11]
347; [5.2.1] 375
Bastard,
G.,
[7.2.3], [7.2.4] 487; [7.2.8] 488
Basu, P. K.,
[1.11.20] 81, 82
Batt, R. H.,
[2.5.27] 190, 191; [2.5.28] 190
Bauer,
G. E.
W.,
[7.2.9] 488
Bazovkin, V.
M.,
[1.6.6] 34
Bean,
J. C,
[7.5.4] 510
Beattie, A. R.,
[2.2.8] 119; [3.1.5], [3.1.11]
221; [3.5.2] 254; [3.5.15], [3.5.16] 262; [3.6.3]
273, 278; [3.6.5] 276, 278; [3.6.10], [3.6.14],
[3.6.15] 278; [3.7.6] 287; [3.7.11] 291 ; [3.8.1]
296, 300; [3.8.2] 297; [3.8.3] 300; [3.8.10] 301,
302; [3.8.21] 304; [5.3.41] 434;
[D.6]
533
Bebb, H.
В.,
[4.5.8] 346, 347; [5.2.10] 380;
[5.2.54] 396
Bebrick,
R.
F., [1.7.8] 42
Bednarczyk,
D.,
[1.12.8] 85
Bednarczyk, J.,
[1.12.8] 85
Bednarek,
S.,
[5.2.77] 408
Beiler,
M.,
[3.8.28] 305, 306; [3.8.48] 310
Bell,
R. O.,
[2.4.33] 162
Belorusets, B. D.,
[5.3.10] 418
Bemski, G.,
[2.1.6] 107; [2.3.8], [2.3.11] 131
Benemanskaya, G.
V.,
[3.8.30] 305
Bennett,
H. S.,
[5.2.27] 384
Benoit à ¡a Guillaume, C,
[4.2.3] 319; [5.2.34]
387
Benz,
G.,
[3.8.16] 303
Benz,
K. W.,
[3.5.4] 256
Berggren, K..-F.,
[1.12.37] 92
Bergh,
A.A., [3.1.7] 221
Bernard,
M. G.
Α.,
[4.2.2] 319
Bess,
L.,
[3.1.4] 221 ; [5.3.17] 425
Bethe, H.
Α.,
[2.5.19] 187
Betzler,
К..,
[3.8.44] 309
Bhargava.
R.
N.. [2.2.5] 119; [3.7.9] 291 ;
[5.3.33] 432
Binderman, R.,
[5.2.68] 405
Biakemore,
J. S.,
[1.6.22] 39; [1.7.4] 41 ;
[1.11.6] 78; [1.12.1] 84, [1.12.13], [1.12.14] 85;
[1.12.16] 90; [2.4.55] 165, 166; [3.8.39] 307;
15.1.3] 369; [5.2.46] 390, 391, 397; [5.2.53] 396
Blakeslee, A. E.,
[7.5.3] 510
Blatt,
F.
J.,
[4.5.3] 346, 347
Blatt,
J. M.,
[5.2.75] 406
Blinov, L. M.,
[3.8.41] 308
Blood, P.,
[7.3.6] 490
Blossey, D.
F., [2.5.34] 193
Blumen,
Α.,
[5.2.88] 411
Blumtritt,
Η.,
[2.8.13], [2.8.14] 219
Bobrova,
Ε. Α.,
[3.8.41] 308
de Boer, J.
H.,
[1.11.5] 78
Böer,
K.
W.,
[2.5.15] 174; [5 2.75] 406
Bohm,
D.,
[1.8.30] 60; [4.3.2] 320
Bois, D.,
[2.5.17] 174; [6.2.2] 450
Bonch-Bruevich,
V. L.,
[1.12.31] 90; [2.2.40]
120; [2.4.17] 152; [5.3.18] 425; [6.5.11] 476
Bondar,
V.
D.,
[5.4.26] 440
Bondarenko, I. E.,
[2.8.13], [2.8.16] 219
Borchardt, G.,
[2.3.21] 132
Born,
M.,
[6.2.9] 455; [6.3.3], [6.3.4] 460
Bourgoin, J.,
[5.4.44] 443
Bowers,
R.,
[5.2.59] 398
Bowlden,
H. J.,
[5.2.55] 396
Brackman, R.
T.,
[5.3.4] 417
Brand,
S.,
[2.2.15] 119; [3.4.1] 244; [3.6.13]
278; [7.4.10] 503; [7.4.21] 508, 509
Brandt, W.,
[5.2.75] 406
Brattain,
W.
H., P57;
[9] 1
Brauer,
W.,
[3.6.8] 277
Braun,
C. L.,
[2.5.26] 188, 189; [2.5.27] 190,
191; [2.5.28] 190; [2.5.30] 192
Bravman, J. C,
[2.4.22] 157
Brews,
J. R.,
[1.1.1] 9; [1.11.2] 75
Bright,
Т. В.,
[2.3.32] 138, 140, 141
Brillouin, L., p.
184
Brockhouse, B. N.,
[2.6.15] 204
van den Broeck,
С,
[1.2.10] 16
Brooks,
H.,
[1.7.9] 44
Brotherton,
S. D.,
[2.4.47] 165; [2.5.7] 167,
171, 174
Broudy, R. M.,
[2.8.6] 216
Brown,
M.,
[1.7.23] 51 ; [1.9.2] 63, 64
Brown,
R.
Α.,
[2.2.48] 120
Brown,
R. D.
III,
[2.6.5] 194; [5.3.19] 428
Brown,
R.
T.,
[1.9.7] 65
Browne,
D. C,
[1.2.3] 14; [2.3.31] 137
Bruhns, H.,
[2.2.36] 120
Bryant,
G. W.,
[7.1.1] 482
Bube,
R. H.,
[2.4.22] 157
Bulyarskii, S. V.,
[2.5.15] 174
Burgess,
R. E.,
[4.6.1] 359
Burnham, R. D.,
[7.3.2] 489
Burrell, G. J.,
[4.5.9] 346; [5.2.11] 380; [5.2.36]
387
Burstein, E.,
[4.5.28] 352
Burt,
M. G.,
[2.2.15] 119; [2.2.66] 121 ; [2.2.67]
122; [3.1.6] 221; [3.6.13] 278; [3.7.7] 287;
[7.3.8] 493; [7.4.1] 495; [7.4.4] 497, 499, 503,
506; [7.4.5] 498, 500; [7.4.10] 503; [7.4.19] 508
Burton,
J.
Α.,
[1.7.12] 47
Busch,
G., P61;
[1.12.7] 84
Bussemer, P.,
[4.5.26] 352
Cade,
N.
Α.,
[2.5.23] 189
Cagnina, S.
F., [1.9.11] 64
Calcagno, L.,
[2.4.46] 165
Calieri,
G.,
[2.4.46] 165
Campisano,
S. U.,
[2.4.46] 165
Index
of Names
575
Canagaratna,
S.,
[1.10.6] 72
Cao,
К. С,
[2.7.9] 214
Capasso,
F., [3.5.7] 258, 262; [3.5.24] 262
Capocci,
F. C,
[3.8.29] 305
Capper, P.,
[2.3.3] 127, 128
Car,
R.,
[1.8.34] 60
Card,
H.
С,
[2.7.6] 213 ; [2.7.9] 214
Caruso,
R.,
[5.3.26] 429
Casella,
R. C,
[4.5.21] 351
Casey,
H. C.
Jr,
[1.8.22] 58 ; [2.2.64] 121 ;
[4.5.5] 346; [5.2.12] 381 ; [5.2.31] 386
Casselman, T. N.,
[2.2.26] 119
Cavane«,
B. C,
[5.2.83] 411
Cernogora, J.,
[5.2.34] 387
Chakravarti, A. N.,
[1.6.8] 34; [1.11.10] 80-82;
[1.11.15] 82; [1.11.16], [1.11.17], [1.11.20] 81, 82
Chalyi, V.
P.,
[3.8.27] 305
Champness, B. H.,
[1.7.19] 51
Chan,
С. Т.,
[2.1.13] 108, 109
Chance,
R. R.,
[2.5.26] 188, 189; [2.5.30] 192
Chandrasekhar, S.,
[1.6.11] 37
Chang,
C. C,
[2.3.32] 138, 140, 141
Chang,
M.
В.,
[2.4.22] 157
Chantre,
Α.,
[2.5.17] 174; [6.2.2] 450
Charlton, D. E.,
[3.8.29] 305
Chatterjea,
Α.,
[1.10.5] 72
Chatterjee, A. P.,
[5.4.33] 442, 443
Cheban, V.
Α.,
[3.8.30] 305
Chelikowsky, J. R.,
[3.5.23], [3.5.24] 262;
[7.4.15] 506
Chemia,
D. S.,
[5.4.31] 441 ; [7.4.13] 506, 508
Chen,
M. C,
[5.2.85] 411
Chen,
W.
M.,
[5.2.80] 408
Cheng,
H.
С,
[1.11.9] 80
Chernysh, L. V.,
[5.4.30] 441
Childs, G. N.,
[7.4.21] 508, 509
Cho,
А. У.,
[7.4.13] 506, 508
Chowdhury, A. K.,
[1.11.16] 81
Choyke, W. J.,
[4.5.16] 350, 352
Ciark, M. G.,
[1.7.11] 45; [1.12.44] 98
Cocoruilo, G.,
[2.4.36] 162
Coffa,
S.,
[2.4.46] 165
Cohausz, L.,
[2.4.48] 165
Cohen, M.
E.,
[5.2.19], [5.2.20] 381 ; [5.3.12],
[5.3.13] 418
Colak, S.,
[7.3.6] 490
Colbow, K.,
[5.2.60] 398; [5.2.66] 404
Cole,
E.
А. В.,
[4.6.5] 363
Coleman,
J. R.,
[5.3.1] 413
Combescot, M.,
[3.8.34] 306
Condon,
E. U.,
[6.2.5] 453
van Cong,
H.,
[1.11.26] 82; [3.8.30] 305
Conley, J. W.,
[5.2.33] 386
Conradt, R.,
[2.1.9] 107; [2.2.12] 119; [3.8.7]
302; [3.8.16] 303; [3.8.36] 307; [3.8.44] 309
Conweíi, E. M.,
[1.8.10] 3, 52, 54
Coombs,
C. D.,
[5.4.36] 442
Corbett, J. W.,
[5.4.44] 443
Craford, M. G.,
[1.9.13] 66
Cross, G.
H.,
[2.5.23] 189
CroweU, C. R.,
[3.5.1] 253, 262
Cuthbert, J. D.,
[5.4.11] 437
Czaja, W.,
[5.4.16] 440
Czajkowski, I. K.,
[3.5.26] 262
Dalal, V. L.,
[2.4.32] 162
Dallacase, V.,
[2.5.4] 167
Dalven, R., [D.7]
534
Dapkus, P. D.,
[5.4.18] 440; [7.3.3] 489, 491
Das,
Α.,
[2.2.32] 120; [3.1.15] 222
Dascălu, D.,
[2.5.19] 188
Davies, J. L,
[7.2.11] 488
Davies, J. J.,
[5.2.83] 411
Davis,
E.
Α.,
[1.8.4] 52; [5.2.22] 382
Dean, P. J.,
[1.7.18] 51; [2.1.4] 107; [2.2.58]
120, 121; [3.1.7] 221; [3.7.10] 291; [5.3.28]
429; [5.4.10] 436; [5.4.11] 437; [5.4.17],
[5.4.20] 440
DeBitetto, D. J.,
[2.2.5] 119; [3.7.9] 291 ;
[5.3.32], [5.3.33] 432
Debye,
P.,
[1.8.26] 59
Debye, P.P.,
[1.8.10] 3, 52, 54
Delalande, C,
[7.2.4] 487
Deppe, D. G.,
[1.9.13] 66
Dexter,
D. L.,
[3.5.19] 262; [5.1.14] 372
Dhariwal, S. R.,
[2.4.9] 146, 160; [2.4.11] 146;
[2.4.12] 146, 150, 157; [2.5.9] 167, 176, 183
Diakin, V. V.,
[5.4.24] 440
Dias,
C.
Α.,
[2.3.11] 131
DiDomenico,
M.,
Jr,
[2.2.59] 120, 121
Ding,
Y.,
[АЛ]
515
Dingle,
R.,
[5.2.65] 404, [7.2.5] 487
Dingle,
R.
В.,
[1.8.21] 57
Dirac, P. A. M.,
[4.3.3] 320
Dishman,
J. M.,
[5.2.56] 396, 398; [5.3.23]
428; [5.3.26] 429; [5.4.22] 440
Dixon, W.
В.,
[1.12.9] 85
Djerassi, H.,
[1.8.11] 52
di Domenico,
M.,
[5.3.26] 429
Donolato, C,
[2.8.15], [2.8.19] 219
Dornhaus, R.,
[2.2.29] 120; [3.8.28] 305, 306;
[3.8.29] 305
Dresselhaus, G.,
[4.5.17] 351
van Driel, H. M.,
[1.6.24] 39
Drozdov,
Ν. Α.,
[2.8.9] 217
Drymova,
N.
N.,
[2.8.16] 219
Dubrovskaya,
I.
N.,
[1.6.10] 34
Dugue, M.,
[5.4.6] 435
Duhamel, N.,
[1.9.12] 66
Dumke, W.
P.,
[5.2.8] 377, 379, 380
Dupuis, R. D.,
[7.3.3] 489, 491
Durrafourg,
В.,
[4.2.2] 319
Dussel,
G.
Α.,
[2.5.15] 174
Dutta,
Ν. Κ.,
[3.8.18] 303, 308, 309; [3.8.27]
305; [7.3.4] 490; [7.4.8] 503, 505
D yakonov, M.
I.,
[3.8.33] 305
Dziewor,
J.,
[2.3.37] 140; [3.8.4] 302
Dźwig,
P.,
[3.6.11] 278; [3.8.13] 302
Eades, W.
D.,
[2.3.31] 137
Eagles,
D. M.,
[3.6.17] 278; [5.2.7] 377, 379,
382
Ebeimg, W.,
[1.6.16] 39
Edwards,
Α. Η.,
[5.2.47] 391
576
Index
of Names
Efros,
A. L.,
[1.8.13] 52; [1.12.43] 97; [5.2.14]
381, 382; [5.2.23] 382
Ehrenberg,
W., P69;
[1.12.4] 84
Eichler,
H. J.,
[3.8.18] 303, 308, 309
Einstein,
Α.,
[4.3.1] 320
Ekhardt, W., [2.2.32] 120
Elcock,
E.
W., P18;
[1.7.10] 44
Elliott,
R. J.,
[4.5.23], [4.5.24] 351
Ellis,
В.,
[4.5.9] 346; [5.2.11] 380
Elstner, L.,
[2.3.10] 131
Emtage, P. R.,
[3.8.25] 305
Enders,
P., [D.8]
534
Englman,
R.,
[5.1.12] 372; [6.2.1] 450; [6.4.3]
467
Engstrom,
О.,
[2.4.44], [2.4.51], [2.3.52] 165
Eppenga,
R.,
[7.2.4] 487; [7.3.7] 493, 494
Erdélyi,
Α.,
[5.2.17] 381
Esaki, L.,
[13] 2; [7.2.1], [7.2.2] 483
Evans, D.
Α.,
[1.7.6] 41; [2.2.4] 120; [2.3.7]
130; [4.6.5] 363; [5.2.89] 411 ; [5.3.25] 428
Fabre, E.,
[2.4.25] 161
Fan,
H. Y., P58;
[2.2.45] 120; [4.4.7] 340, 341
Fassett,
J. R.,
[4.6.2] 359
Faulkner,
R.
Α.,
[5.4.10] 436
Féat, G.,
[1.2.7] 15
Feichtinger, H.,
[2.3.15] 131
Fell,
T. S„
[2.8.17] 219
Ferla, G.,
[2.4.46] 165
Figielski,
T.,
[2.8.3] 216
Filippov, I. M.,
[2.8.10] 217; [2.8.11] 218
Fite,
W. L„
[5.3.4] 417
Fletcher,
G. D.,
[5.3.6] 417
Fletcher,
R. M.,
[1.9.13] 66
Foglio,
M. E.,
[1.7.15] 51
Fonash, S. J.,
[2.5.20] 188
Forbes,
L.,
[2.4.20] 153
Forchel,
Α.,
[5.2.73] 406
Fortunatova, N. N.,
[2.6.6] 194
Fossum, J. G.,
[1.12.17] 91; [1.12.42] 96;
[2.3.5] 129, 130; [2.7.4] 210; [2.7.5] 210. 215
Fouquet, J. E.,
[7.3.2] 489
Fowler,
W.
В.,
[5.2.47] 391
Franek, J.,
[6.2.4] 453
Frank,
F. C,
[7.5.2] 510
Franti,
G. W.,
[1.10.9] 72
Franz,
W.,
[3.5.11] 262
Frenkel,
J.,
[2.5.3] 167,
p.
174
Fröhlich,
H.,
[3.1.4] 221
Frova,
Α.,
[4.2.6] 319
Froyen, S.,
[1.9.14] 66
Funs,
W.,
[2.5.33] 192
Fujii,
Y.,
[2.3.24] 132
Fujiwara, K.,
[7.2.10] 488
Fukuyama, H.,
(1.8.3] 51
Fuller,
C.S.,
p.
398
Galkin,
G. N.,
[3.8.41] 308
Galloway, J.
Α.,
[D.I]
526
Gamow,
G.,
[6.5.7] 475
Garbuzov,
D. Z.,
[3.8.27] 305; [5.2.15], [5.2.16]
381
Garcia-Molmer,
F., [2.2.63] 120
Gauneau,
M.,
[1.9.12] 66
Gay,
T. J.,
[5.3.6] 417
van Geel,
W.
С,
[1.11.5] 78
Geist,
J. C,
[5.2.27] 384
Gell,
Μ. Α.,
[3.5.26] 262
Gelmont, B. L.,
[3.8.23] 304; [3.8.27] 305;
[5.4.13] 438; [5.4.18] 440
Genzow, D.,
[2.2.22] 119
George, P.
J.,
[1.8.16] 53
Gerhardts,
R. R.,
[3.8.29] 305
Gershenzon, M.,
[5.2.61] 398
Ghatak,
К. Р.,
[1.6.8] 34; [1.11.10] 80, 82;
[1.11.16] 81; [1.11.27] 82
Gibb, R. M.,
[2.2.49] 120; [2.4.6] 146, 154, 157
Gill,
Α.,
[2.5.7] 167, 171, 174
Glmcmik, K. D.,
[2.2.9] 119; [2.3.14] 131, 132;
[2.3.17], 133; [2.3.18] 131, 132; [2.3.19],
[2.3.20] 132, 133; [2.4.30] 162; [2.6.6] 194
Glyde, H. R„
[1.8.8] 52; [1.8.23] 58; [4.5.26]
352; [5.2.26] 384; [5.2.29] 385; [5.2.32] 386,
387
Gmitter, T. (J.)*
[2.1.13] 108, 109; [2.3.32]
138, 140, 141
Godlewski, M.,
[1.7.17] 51; [5.2.46] 390, 391,
397; [5.4.21] 440
Gold,
R. D.,
[5.4.42] 443
Gorzkowski, W.,
[5.2.78] 408
Gosh, K. K.,
[1.6.8] 34; [1.11.10] 80, 82
Gosh, S.,
[1.11.16] 81
de
Graaf,
H. C,
[1.12.32] 90
Gradshteyn, I. S.,
[3.8.50] 311
Greenwood,
N. N.,
[1.10.4] 72
Greve,
D.W., [2.5.1] 167
Grimmeiss, H. G.,
[2.4.15] 150, 152, 157;
[2.4.19] 152; [2.4.49] 165; [2.4.50] 165; [2.5.13]
170,171; [5.2.42] 390; [5.3.45] 434; [5.4.15] 438
Grinberg,
Α. Α.,
[2.5.18] 187; [5.3.10] 418
Grivítskas, V.,
[3.8.34] 306
de
Groot,
A. W.,
[2.7.9] 214
Grossard,
A. C,
[5.4.31] 441
Grushko, N. S.,
[2.5.15] 174
Guggenheim,
E.
Α.,
[1.10.1] 67
Guldner, Y.,
[7.2.4] 487
Gulyaev, Y. V.,
[2.8.4] 216; [5.3.18] 425
Gurney, R. W.,
[4] 1 ; [1.6.2] 30
Guro, G. M.,
[2.4.5] 146
Gutkin,
Α. Α.,
[2.5.15] 174
Güttier,
G.,
[2.6.18] 208
Guy, A. G.,
[1.11.7] 79, 80
Guzman,
Α. Μ.,
[2.5.1] 167
Haas, L. D.,
[3.8.28] 305, 306
Habegger, M.
Α.,
[2.2.45] 120
Hacke«,
W.
Η.,
[5.4.18] 440
Hagston,
W.
E.,
[5.2.68] 405
*
Gmitter
changed initials from
T.
to
T. J.
in the late
1980s.
Index
of Names
577
Hall,
L. K.,
[4.5.3] 346, 347
Hall,
R. N.,
[2.2.2] 118, 119; [4.5.30] 355
Haller,
E. E.,
[5.2.72] 406
Halperin,
Α.,
[5.2.67] 405
Halperm,
B. L,
[1.8.6] 52; [5.2.25] 384
Halpern, V.,
[3.6.9] 278
Hamaguchi, C,
[1.6.23] 39
Hamakawa, Y.,
[5.2.79] 408
Hamann,
D. R.,
[2.6.14] 204, 205
Hamilton,
В.,
[2.2.49] 120; [2.4.6] 146, 154,
157; [2.4.50] 165
Haneman,
D.,
[2.7.1] 208
Hangleiter,
Α.,
[3.1.16] 222 ; [3.6.16] 278, 279 ;
[3.8.6] 302; [3.8.45] 309; [5.4.14] 438
Hansen,
W. L.,
[5.2.72] 406
Harding, W.
R.,
[3.8.12] 302
Harnack, P. M.,
[2.2.5] 119; [3.7.9] 291 ;
[5.3.33] 432
Harris, P.
D.,
[2.5.8] 167
Harshman, P.,
[7.1.2] 482
Hartke, J. L.,
[2.5.6] 167, 175
Haug,
Α.,
[2.2.10], [2.2.20], [2.2.21], [2.2.24]
119; [2.2.30], [2.2.32] 120; [2.3.35] 140;
[3.6.12] 278; [3.6.18] 279; [3.8.15] 303; [3.8.27]
305; [3.8.34] 306; [3.8.40] 308; [3.8.49] 310;
[5.3.20], [5.3.21] 428; [5.3.44] 434; [7.4.7] 502;
[7.4.16] 506
Hauser,
J. R.,
[1.10.5] 72; [3.5.18] 262
Hausser, S.,
[7.4.14] 506, 508
Hawkes, J. F.
В.,
[4.2.10] 319
Haynes, J. R.,
[4.1.1] 313; [5.3.16] 425
Hazama, H.,
[1.6.23] 39
Heaseli, E. L.,
[1.9.3] 63; [2.7.12] 216
van der Heijden,
R. L.
Α.,
[2.2.62] 120
Heinrich,
H.,
[3.8.28] 305, 306
Heisenberg,
W.,
[1] 1
Helmis,
G.,
[6.3.5] 460
Henderson,
В.,
[1.10.13] 72
Henisch,
H.
К., Р88;
[5] 1;
[И]
2; [2.2.1]
111
Henry,
С.
H.,
[2.2.50] 120; [2.3.36] 140;
[5.3.36] 433, 434; [6.1.6] 448, 449
Herbert,
D. C,
[1.11.3] 74
Heritage, J. P.,
[3.8.18] 303, 308, 309
Herman,
G. C,
[2.5.19] 188
Herman,
J. M.,
Ш,
[2.2.7] 119
Herrmann,
К.
H.,
[2.2.22] 119; [3.8.24] 305
Hess, K.,
[1.6.9] 34
Hethermgton,
Α.,
[5.2.36] 387
Hewett, J.,
[2.3.3] 127, 128
Heydenrekh,
J.,
[2.8.13], [2.8.14] 219
Hildebrand,
О.,
[3.5.4] 256
НШ,
D.,
[2.2.16], [2.2.17] 119; [2.2.28] 120;
[3.5.21] 262; [3.8.14] 302
Hilscn, R.,
[7] 1
Hinds,
E.
Α.,
[2.1.13] 108
Но, С. Т.,
[2.4.33], [2.4.34]
І62
Но, К.
ML, 12.I.13]
108, 109
Hodgkinson,
R. J.,
[3.5.12] 262
Hoimanín), H. J.,
[1.8.38], [1.8.39] 61 ; [2.4.48]
165
Holonyak, N., Jr, [i
.9.
1
3] 66; [4.1.2] 313 ;
[4.1.5] 315; [7.3.3] 489, 491
Holstein,
T.,
[6.6.2] 479
Hommel,
D.,
[1.7.17] 51
t
Hooft,
G. M.,
[7.3.1] 489
van Hong,
L.,
[5.3.32] 432
Hope, S.
Α.,
[1.2.7] 15; [1.2.9] 16; [1.11.22] 81
Hopfield, J. J.,
[5.2.60] 398
Hornbeck, J.
Α.,
[5.3.16] 425
Hornig,
J.
F., [2.5.27] 190, 191 ; [2.5.28] 190
Hsieh,
К. С,
[1.9.13] 66
Huang,
К.,
[6.1.2] 447, 449; [6.2.9] 455; [6.3.4]
460
Hubbard,
J.,
[1.8.32] 60
Huber, W., [3.8.28] 305, 306
Hückel,
E.,
[1.8.26] 59
Hughes,
Α. Ε.,
[1.10.13] 72
Hughes,
V.
W.,
[5.3.6] 417
Huldt,
L.,
[2.2.35] 120; [3.5.20] 262, 267;
[3.8.9] 302
Hurle,
D. T. J.,
[1.11.3] 74
Hwang,
C. J.,
[1.1.1] 9; [1.11.2] 75
Ilegems, M.,
[5.4.10] 436
Iluridze, G. N.,
[3.8.30] 305
Imachi, T.,
[1.6.23] 39
Inkson,
J. C,
[1.12.39] 92; [5.2.30] 386
Ioannou,
D. W.,
[2.3.23] 132
Ippen, E. P.,
[3.8.42] 309
Ivanov, V.
G.,
[2.4.27] 162
Jahn, K.,
[2.5.33] 192
Jain,
R. K.,
[1.9.4] 63; [1.11.13] 81
Jain,
S. C,
[2.4.9] 146, 160
Jakobus,
T.,
[3.8.28] 305, 306
Janzén, E.,
[2.4.15] 150, 152, 157; [2.4.19] 152;
[2.5.13] 170, 171; [5.3.45] 434
Jaros,
M.,
[2.3.28] 133; [2.4.49] 165; [5.1.5]
371; [5.2.44] 391; [5.3.43] 434; [6.1.5] 448;
[6.2.8] 454; [6.5.3] 469
Jastrzebski, L.,
[2.3.25] 132
Jayakumar, V.,
[1.9.7] 65
Jefferson,
J. H.,
[5.2.68] 405
Jeffreys,
B. S.,
[F.I]
538
Jeffreys,
H.,
[F.I]
538
Jeffries,
C. D.,
[5.2.72] 406
Jiaqi,
V.,
[5.3.7] 417, 429, 432
Jog,
S. D.,
[1.12.11] 85
Johnson, E. J.,
[4.1.6] 315
Jones,
C. L.,
[1.7.23] 51 ; [1.9.2] 63, 64; [2.3.3]
127, 128
Jones,
G.,
[2.2.8] 119; [3.7.11] 291 ; [5.3.41] 434
Jones, G.
Α.,
[3.6.6], [3.6.7] 276
Jones, H.,
[L8.28]59
Jones, W., [1.5.2] 27
Jonscher,
Α. Κ.,
[2.5.5] 167, 175
Jordan,
Α.
G.,
[2.2.1]
111
Jortner, J.,
[5.1.12] 372; [6.1.1] 447; [6.4.3] 467
Joyce,
W.
В.,
[1.12.9], [1.12.10] 85
Jóžwikowski,
[1.6.25] 39
Kachwalla, Z.,
[5.2.86] 411
Kafalas, J.
Α.,
[5.4.36] 442
Kahlmann-Wüsdorf, D., [1.10.9] 72
578
Index
of Names
Kalashnikov,
S. G.,
[2.2.3] 119,120; [5.3.24]
428
Kamiya, T.,
[4.4.6] 340
van Kampen,
N.
G.,
[4.6.8] 364; [4.6.9] 365
Kamprath, W.,
[2.3.10] 131
Kan,
Y.,
[2.4.35] 162
Kane,
E. O.,
[1.6.4] 33; [1.8.5] 52; [1.8.35] 60;
p.
257; [5.2.24], [5.2.28] 384; [7.4.11] 505
Karchenko, V.
Α.,
[5.4.18] 440
Karpov, V.
G.,
[2.6.22] 208
Karpova, I. V.,
[2.2.3] 119, 120; [5.3.24] 428
Kassing,
R.,
[2.4.48] 165
Kaufman, S.
Α.,
[2.6.4] 194
Kaufmann, U., [2.4.50] 165
Kazakevich, L.
Α.,
[2.8.10] 217; [2.8.11] 218
Kazmiruk, V. V.,
[2.8.13], [2.8.16] 219
Kearley, M. Q.,
[7.2.11] 488
Keil,
T. H.,
[4.5.26] 352
Keldysh, L. V.,
[3.7.5] 286; [5.2.74] 406
Keller,
S. P.,
[2.7.2] 208
Kelly, P. J.,
[1.8.34] 60
Keppkr,
F., [7.4.14] 506, 508
Kerkhoff, D.,
[2.2.24] 119
Khaetskii, A. V.,
[3.8.33] 305
Khalfln, V.
В.,
[2.2.11]
1І9;
[3.7.13] 291 ;
[3.8.27] 305; [5.2.16] 381; [5.3.39] 433
Kharchenko, V.
Α.,
[5.4.13] 438
Khás, Z.,
[5.4.9] 436
Khokley, W. S.,
[3.5.13] 262
Khotari, L. S.,
[2.4.9] 146, 160
Khvostov, V.
Α.,
[5.4.24] 440
Kimerling,
L. C,
[5.4.33] 442, 443 ; [5.4.34]
442, 443, 444; [5.4.40] 443
Kimura, S.,
[5.4.10] 436
Kirton, M. J.,
[2.4.53] 165
Kittel,
C,
[1.10.2] 71 ; [3.6.2] 271; [5.2.72] 406
Klafter,
J.,
[5.2.88] 411
Klahn, S.,
[1.6.13] 39
Kleefstra, M.,
[1.12.23] 91, 92; [2.5.19] 188
Kleverman,
M.,
[5.3.45] 434; [5.4.15] 438
Klick, C.
C,
[5.1.14] 372
de
Kock,
A. J. R.,
[2.3.26] 132
Koehler, J. S.,
[5.4.41] 443
Koenig, S. H.,
[2.6.5] 194; [5.3.19] 428
Kohn, W.,
[4.5.19], [4.5.20] 351 ; [5.2.3], [5.2.5]
375
Kolbas, R. M.,
[7.3.3] 489, 491
Kołodziejczak,
J.,
[1.6.14] 39
Kolomoets, V. V.,
[1.6.5] 34
Korolyuk, S. S.,
[1.6.5] 34
Korsunskaya, N. E.,
[5.4.25] 440
Kosai,
K.,
[5.1.7] 371 ; [5.3.9] 418; [5.4.48]
444; [6.2.3] 450
Kousik,
G. S., [1.Î2.41]
96; [2.3.6] 130
Kovaiev, D. I.,
[5.4.18] 440
Kovarskii, V.
Α.,
[5.4.30] 441
Kramers,
H.
Α.,
p.
184
Kreshchuk, L.
N.,
[2.4.23] 157; [2.6.8] 195
Kresse!,
H.,
[4.2.9] 319
Krieger,
G.,
[3.8.5] 302
Kroemer, H-,
[1.11.25] 82;
{D.3]
530
Krokhin,
O. N.,
[4.2.3] 319
Kruse,
H.,
[2.2.36] 120
Kubo, R.,
[6.6.1] 477
Kucharska,
A.
L,
[7.3.6] 490
Kuebart, W.,
[3.5.4] 256
Kuhn,
W., [D.4]
532
Kulikov,
K. M.,
[2.6.4] 194
Kunio, T.,
[1.9.9] 65
Kuo,
С
P.,
[1.9.13] 66
Kurushev, G. L.,
[1.6.6] 34
Kushnir,
О. В.,
[5.4.26] 440
Labusch,
R.,
[2.8.8] 217
Lade, R. W.,
[2.2.1]
111
Lake,
S. L.,
[5.3.46] 434
Laks,
D.
В.,
[3.1.16] 222; [3.6.16] 278, 279;
[3.8.6] 302
Lal,
P.,
[2.4.7] 146; [2.6.11] 197, 200; [5.2.18]
381; [5.3.11] 418, 422,423
Lampel,
G.,
[5.2.82] 410
Landau, L.
D.,
[6.3.2] 460; [6.4.1] 463; [6.5.2]
469, 470, 475
Landsberg,
E.
G.,
[2.2.40] 120; [2.4.17] 152;
[6.5.11] 476
Lang,
D. V.,
[2.2.50] 120; [2.3.36] 140; [2.4.49]
165; [5.1.10] 371; [5.2.85] 411; [5.3.36] 433,
434; [5.4.39] 442, 444; [5.4.47] 444; [6.1.6]
448,449
Langer,
J.
M.,
[1.7.17] 51 ; [5.3.29] 429, 430;
[5.3.30] 429, 432; [5.3.32] 432
Lanoo,
M.,
[6.5.10] 475
Lányon,
H.
P.
D.,
[1.12.40] 94
Lark-Horowitz,
К., Р51
;
p.
ł
Lasher,
G. J.,
[4.5.4] 346
Last,
J.
T.,
[1.7.21] 51 ; [5.1.1] 369
Latham,
R. V.,
[2.5.22], [2.5.23] 189
Launch,
В.,
[5.2.73] 406
Lax,
M.,
[1.8.6] 52; [2.2.46] 120; [2.4.1], [2.4.2]
146, 152, 156; [2.6.7] 194, 204-206; [5.2.25]
384; [6.2.6] 453
Leamy, H. J.,
[2.8.12] 219
Leburton,
J.
P.,
[1.6.9] 34
Ledebo,
L.-Å.,
[5.2.42] 390
Lee, D. S.,
[1.12.17] 91; [1.12.42] 96; [2.3.5]
129, 130
Lee, P.
Α.,
[1.8.1] 52 ; [5.2.23] 382
Lee, R.
Α.,
[2.5.23] 189
Leheny, R.
F., [3.8.12] 302
Leite,
R. C. C,
[4.4.8] 340
Lekkerkerker,
H.
N.
W.,
[1.2.10] 16
Leloup, J.,
[1.8.11] 52
Leskochek,
[2.3.15] 131
Levanyuk, A. P.,
[5.2.13] 381
Levinson,
M.,
[5.4.36] 442
Lévy-Leblond, J. M.,
[5.2.76] 408
Leys,
M. R.,
[7.3.1] 489
Lidiard,
А. В.,
[1.10.10] 72
Lien, N. V.,
[1.8.12] 52
Lifshits, E. M.,
[6.3.2] 460; [6.4.1] 463 ; [6.5.2]
469, 470, 475
Likhtman, N.
P.,
[2.6.4] 194
Index
of Names
579
Lilenko,
Y. V.,
[3.8.29] 305
Lilienfeld, J.
E., p.
1
Lindfeit, U., [5.2.80] 408
Lindhard, J., [1.8.25] 59
Lindholm,
F.
Α.,
[1.12.18] 90, 91 ; [1.12.20] 91 ;
[1.12.35] 90; [2.7.4] 210
Linnik,
L.
F., [2.3.14] 131, 133; [2.4.30] 162
Lipari,
N. O.,
[4.5.18] 351
Lischka,
К.,
[3.8.28] 305, 306
Litovchenko,
N.M., [2.3.14], 131, 133; [2.3.17]
133; [2.3.18] 131, 132; [2.3.19], [2.3.20] 132,
133; [2.4.30] 162
Litovchenko, V. G.,
[2.2.6] 119; [5.3.27] 429
Litwin,
Α.,
[5.3.45] 434
de Llano,
M.,
[1.6.21] 39
Lo,
Т. К.,
[5.2.71] 406
Lochmann, W., [2.2.18], [2.2.24] 119; [3.6.12]
278
Loeb, L.
В.,
[2.5.35] 193
Logan, R.
Α.,
[5.2.61] 398
Logan,
R. M.,
[1.11.3] 74
Lorimor, O.
G.,
[5.4.18] 440
Lostak,
F., [1.2.10] 16
Lowney,
J. R.,
[5.2.27] 384
Lowther, J. E.,
[2.4.47] 165
Lubell, M. S.,
[5.3.6] 417
Lucovski, G.,
[5.2.41] 390, 391
Lugakov, P.
F., [2.8.10] 217; [2.8.11] 218
Luttinger, J. M.,
[4.5.19] 351
Lyskovich,
А. В.,
[5.4.26] 440
Ma,
Т., [АЛ]
515
McDougali, J.,
[1.12.5] 84
McDowell,
M. R. C,
[5.3.1] 413
MacFarlane,
G. G., P124;
[4.5.13] 349. 350;
[4.5.14] 349, 351 ; [4.5.15] 350
McGonigal, G. C,
[2.7.9] 214
Mackay, R. W.,
[1.12.3] 84
McKenzies., [3.7.7] 287
Mackert, W.,
[2.4.48] 165
McLean,
T. P.,
[4.5.7] 346, 347, 356; [4.5.12]
349; [4.5.15] 350; [5.2.4] 375
McMuilen, W. G.,
[5.2.80] 408
McRonald, A. D.,
[1.12.3] 84
McWhorter, A. L.,
[2.6.14] 204, 205
Madelung, O.,
[5.1.11] 372
Mader, S.,
[7.5.3] 510
Madigan, J. R.,
[2.3.9] 131
Mahan, G. D.,
[1.6.17] 39; {1.8.31] 60;
[1.12.38] 92, 94; [5.2.33] 386
Major, K. G.,
[3.5.14] 262
Mkram-Ebeid, S.,
[6.5.8], [6.5.9], [6.5.10] 475
Mallinson, J. R.,
[3.5.14] 262
de Man,
H. J.,
[1.12.21] 91; [1.12.30] 89
Manning,
J„
[3.8.20] 303; [3.8.43] 309; [7.4.12]
506
Manohar,
Α.,
[D.3]
530
March,
N. H.,
[1.5.2] 27; [1.8.241 59
Mařenko,
L. F„ [1.
8.37] 60
Marino, L. L-,
[5.3.5] 417
Markevkh, I.
В.,
[5.4.25], [5.4.26] 440
Markevich, V.
P.,
[1.8.37] 60
Markiewicz, R. S.,
[5.2.72] 406
Markvart,
T.,
[5.3.37]
433f;
[5.4.43], [5.4.45]
443; [6.4.2] 467; [6.6.4] 480
Marshak,
Α. Η.,
[1.11.8] 79; [1.11.21] 81;
[1.12.22]91; [D.8]
534
Marshall,
A. C,
[7.2.11] 488
Marsland,
J. S.,
[3.7.7] 287
Martin, G. M.,
[5.4.37] 442, 443
Martin, R. W.,
[2.2.33] 120
Mashkevich, V. S.,
[4.2.4] 319
Mason,
E.
Α.,
[1.2.8] 15
Mathias,
J. D.,
[2.4.34] 162
Matthews,
J. W.,
[7.5.3] 510
Mautref, M.,
[2.4.25] 161
van Meerenberg,
J. L.,
[1.12.25] 89, 90
Meier, F., [5.2.84] 411
Meijer, E.,
[2.4.49] 165
Melamed,
N.
T.,
[5.2.59] 398
Menzel,
D. H.,
[5.2.51] 396
Merker, R.,
[2.3.14] 131, 133; [2.3.17] 133;
[2.3.18] 131, 132; [2.3.19] 132, 133
Merkt,
U.,
[1.6.13] 39
Mertens, R.
P.,
[1.12.21] 91 ; [1.12.25] 89, 90;
[1.12.30] 89
van
der
Menve,
J. H.,
[7.5.2] 510
Milanovic, V.,
[1.11.18], [1.11.19] 81
Miller,
Α.,
[5.2.6] 375
Miller,
В. І.,
[2.2.64] 121
Miller,
D. J.,
[5.2.86] 411
Milne,
E.
Α.,
[5.2.50] 396
Milnes, A.G.,
[1.12.2] 84; [2.2.41] 120; [5.1.9] 371
Mircea,
Α.,
[2.4.25] 161
Mironov, I.
F., [3.8.30] 305
Miselynk,
E. G.,
[2.6.6] 194
Mitchell,
Α. Η.,
[3.6.2] 271
Mitchell,
R. K.,
[1.10.9] 72
Mock,
M. L.,
[1.12.29] 89
Mocker,
M.,
[2.2.22], [2.2.25] 119; [3.8.28] 305,
306; [3.8.48] 310
Mohammad,
S. N.,
[1.12.12] 85
Moll,
J. L.,
[1.9.1] 62
Mondai, M.,
[1.11.27] 82
Monemar,
В.,
[5.2.80] 408
Mooradian,
Α.,
[4.4.7] 340, 341
Moore,
A. R.,
£2.4.32] 162
Moos,
H.
W.,
[5.1.13] 372
Mooser,
E.,
[1.12.6] 84
Morgan,
D. J.,
[D.I], [D.2]
526
Morin, F. J.,
p.
398
Morioka,
К.,
[2.3.24] 132
Morrison,
S. R.,
[2.8.2] 216
Moseley, A. J.,
[7.2.11] 488
Moss,
T. S., P22;
[2.2.53] 120; [3.8.35] 307;
[4.4.4] 340; [4.5.9] 346; [4.5.29] 352;
[5.2.U]
380; [5.2.36] 387; [5.3.15] 425
Mosser,
V.,
[2.5.10] 168, 171
Mott,
N. F., P53; [3], [4] 1 ; [1.6.2] 30; [1.8.1],
[1.8.2], [1.8.4] 52; [1.8.15] 53; [1.8.27], [1.8.28]
60; [2.2.49] 120; [2.4.6] 146, 154, 157; [5.2.22]
382
580
Index
of Names
Mozer,
Α.,
[3.8.19] 303
Mukherjee,
Η.
M.,
[1.6.8] 34
Muller,
Η.
С,
[2.7.15] 216
Muller,
К.-Н.,
[2.2.29] 120
Mullin, J.
В.,
[1.8.11152
Munn, R.
W.,
[1.12.45] 98
Murin,
L. I.,
[1.8.37] 60
Nag,
B. R.,
[1.11.10180, 82; [1.11.17] 81;
[1.11.20181, 82
Nagae, M.,
[3.1.4] 221 ; [5.3.17] 425
Nagarajan,
R.,
[4.4.6] 340
Nahory, R. E.,
[3.5.23], [3.5.24] 262; [7.4.15]
506
Nakayama, H.,
[5.2.79] 408
Nakayama, T.,
[7.2.10] 488
Nam,
D.W., [1.9.13] 66
Nasledov, D.N.,
[2.5.15] 174
Nelson, D.
F., [5.2.61] 398; [5.4.11] 437
Nelson, R. J.,
[3.8.18] 303, 308, 309; [3.8.27]
305; [7.4.8] 503, 505
Neugroschel,
Α.,
[1.12.18] 90, 91 ; [1.12.35] 90
Neumark,
G.
F., [2.2.5] 119; [3.1.16] 222;
[3.6.16] 278, 279; [3.7.9] 291; [3.8.6] 302;
[5.1.7] 371; [5.2.69] 405; [5.3.9] 418; [5.3.33]
432; [5.3.42] 434; [5.4.48] 444; [6.2.3] 450
Newman,
J.,
[1.11.
Π]
80
Newton, J.
L.,
[2.5.8] 167
Neynaber,
R. H.,
[5.3.5] 417
Nijs, J.
F.,
[1.12.25]89,90
Nikitine, S.,
[4.5.22] 351
Nilsson,
N. G.,
[1.11.14] 82; [2.2.35] 120;
[3.8.8] 302; [4.1.1] 313
Nimtz, G.,
[2.1.12] 107; [2.2.29], [2.2.38] 120;
[2.6.19] 208; [3.8.28] 305, 306; [3.8.29] 305
Ning,
T. H.,
[2.5.11] 170
Nishino,
T.,
[1.9.9] 65; [5.2.79] 408
Novotný, V.,
[2.2.56] 120
Noyce,
R. N.,
[1.13.1] 98; [2.4.40] 164
Nozières, P.,
[1.8.19] 56, 60
Nuese, C.J.,
[4.1.2] 313; [4.1.5] 315
O Dwyer, J.,
[3.1.4)221
Ohnishi,
К.,
[5.2.79] 408
Ohta, E.,
[1.9.8], [1.9.9] 65
Olajos,
J.,
[5.4.15] 438
Olshansky,
R.,
[3.8.20] 303; [3.8.43] 309;
[7.4.12] 506
Omidvar,
К.,
[5.3.3] 417
Onsager,
L.,
[2.5.24] 189; [2.5.25] 189, 192
Oppenheimer, J.
R.,
[6.3.3] 460
O Reilly,
E.
P.,
[7.3.9] 495
Orazem,
M. E.,
[1.11.11] 80
Ormán,
Z.,
[3.8.31] 305
Osbourn, G. C,
[5.4.4] 435, 436
Osentowski, T.
D.,
[1.9.13] 66
O Shaughnessy, T.
Α.,
[1.9.3] 63
Oshiyama,
Α.,
[î.
8.34] 60
Osiński,
M.,
[4.4.5] 340
Osipov, V. V.,
[5.2.13] 381
Osterbrock,
D. E.,
[2.4.8] 146
Ostrowski,
J. W.,
[3.8.38] 307
van
Overstraeten, R. J.,
[1.9.4] 63; [1.12.21]
91; [1.12.25] 89, 90; [1.12.30] 89; [5.3.14] 423,
426
Pai, D.
M.,
[2.5.16] 174
Pais,
Α.,
[1.2.5] 15
Pan, Y., [1.12.23]91,92
Panayotatos, P.,
[2.7.6] 213
Panin, G.N.,
[2.8.14] 219
Pankove, J.
I.,
[3.8.46] 310; [4.5.27] 352, 353,
355; [5.2.35] 387,389
Pantelides, S. T.,
[1.8.34] 60; [1.12.37] 92;
[3.1.16] 222; [3.6.16] 278, 279; [3.8.6] 302;
[5.1.4] 369; [5.1.8] 371
Pao,
S. C,
[1.12.35] 90
Paracchini, C,
[2.5.4] 167
Pannello,
M.,
[1.8.24] 59
Parravicini, G.
Pastori,
[1.5.3] 27; [4.4.3] 340;
[4.5.11] 347; [5.2.1] 375
Parrott, J.,
[4.2.13] 320
Parui, D.P.,
[1.11.15] 82
Passali, L.,
[2.3.27] 133
Pässler, R., [6.3.6] 460; [6.5.5] 475, 476;
[6.5.12] 476
Patrick,
L.,
[4.5.16] 350, 352
Patrin,
Α. Α.,
[2.4.29] 162; [2.8.9] 217
Pauli,
W.,
[1] 1
Peaker, A.
R.,
[2.4.50] 165
Pearsall,
T. P.,
[3.5.23], [3.5.24] 262; [7.4.15]
506
Pearson,
G. L.,
[1.8.9] 52
Pearton, S. J.,
[2.5.2] 167
Peierls, R.,
[1] 1
Pentzkofer,
Α.,
[4.2.11] 319
People, R.,
[7.5.4] 510
Perel , V.
I.,
[2.4.18] 152; [2.6.3] 193, 194, 208
Perkins,
C. L.,
[5.2.51] 396
Peterson,
P.
E.,
[2.2.26] 119
Petroff, P.
M.,
[5.4.38] 442
Pickin,
W.,
[2.4.16] 150; [2.6.20], [2.6.21] 208
Pilkuhn,
M. H.,
[2.2.13] 119; [3.5.4] 256;
[3.8.19] 303; [4.1.4] 315, 316; [7.4.14] 506, 508
Pimpale,
Α.,
[3.8.49] 310
Pincherle,
L., P119;
[3.1.4] 221; [5.3.17] 425
Pinczuk,
Α.,
[5.4.31] 441
Pines, D.,
[1.8.18], [1.8.19] 56, 60; [1.8.30] 60;
[3.1.31220
Pines,
M. Y., [2.2.37J
120
Pinkas,
E.,
[2.2.64] 121
Pogány,
Α.,
[2.4.26] 161
Pohl,
R.
W., P60;
[7] 1
Pokatilov, E.
P.,
[2.6.17] 208
Pokrovskii,
Y.
E.,
[5.2.70] 406
Polla, D.
L.,
[3.8.22] 304
Pollack,
M.
Α.,
[3.5.24] 262
Poliak, M.,
[5.2.23] 382
Polovinkin, V. G.,
[1.6.6] 34
Pons,
D.,
[6.5.9] 475
Pope,
M„
[2.5.29] 190, 192
Popov,
Y. M.,
[4.2.3] 319
Possin, G. E.,
[1.12.34] 90
Potyraj, P.
Α.,
[2.5.1] 167
Index
of Names
581
Powazinik,
W.,
[3.8.43] 309
Pratt,
R. G.,
[2.3.3] 127, 128
Prener,
J. S., p.
398
Prokhorovich, A.
V.,
[2.2.9] 119
Proto,
G. R.,
[1.10.9] 72
Przybyliriska, H.,
[1.7.17] 51 ; [5.4.21] 440
Quarrington,
J. E.,
[4.5.15] 350
Queisser, H. J.,
[14] 2; [2.6.18] 208; [5.3.8] 418
Quelch, M. J.,
[2.3.3] 127, 128
Rahimi, S.,
[5.1.3] 369 ; [5.2.46] 390, 391, 397
Rai-Choudhury, P.,
[2.3.29] 133
Raith, W.,
[5.3.6] 417
Ralph, H. L,
[7.2.7] 488
Ramakrishnan, T.
V.,
[1.8.1] 52
Rao,
E.V.
К.,
[1.9.12] 66
Rao,
G.
В.,
[1.11.10] 80, 82
Ravich, Y.
I.,
[1.6.10] 34
Rawíings, K. J.,
[2.4.38] 163
Read, W.
T.,
[2.2.2] 118, 119; [2.4.39] 164;
[2.8.5] 216
Rebsch, J.-X,
[2.2.51] 120; [5.3.38] 433
Rees,
G. J.,
[1.7.13] 48; [1.8.7] 52; [1.12.19] 91;
[2.2.49] 120; [2.4.6] 146, 154, 157; [2.4.15]
150, 152, 157; [2.5.13] 170, 171; [5.2.27] 384
Reiche, F., [D.4] 532
Reine, M.
В.,
[3.8.22] 304
Reiner,
J.,
[2.3.2] 126, 127; [5.3.22] 428
Reiss, H., p.
398
Rhys,
Α., [6.Ι.2]
447,449
Rhys-Roberts,
С,
[2.2.4] 120; [5.2.18] 381 ;
[5.3.11] 418, 421^123; [5.3.25] 428
Rhzanov, A. V.,
[2.4.4], [2.4.5] 146
Ricco,
В.,
[2.7.7] 213
Richard,
С,
[5.4.6] 435
Richardson,
O. W.,
p.
183
Riddoeh, F.
Α.,
[5.3.43] 434
Ridley,
В. К.,
[3.5.6] 257; [3.7.4] 286; [3.7.7]
287; [5.1.6] 371 ; [5.2.43], [5.2.45] 391; [6.5.6]
475
Riseberg,
L.
Α.,
[5.1.13] 372
Ristein,
J.,
[2.5.31], [2.5.32] 192
Robbins,
D. J.,
[ 1.5.4] 27 ; [2.2.11 ], [2.2.15]
119; [2.2.27], [2.2.52] 120; [3.1.2] 220; [3.4.2]
247; [3.5.9] 262, 263; [3.5.10] 262; [3.5.25]
262, 266; [3.7.1] 282; [3.7.14] 293; [3.8.14]
302; [4.6.4] 361 ; [5.2.40] 389; [5.3.2] 414-4J8,
428; [5.3.34], [5.3.37]
433f;
[7.2.
II]
488
Roberts, G.
G.,
[1.12.45] 98
Roberts, V.,
[4.5.13] 349, 350; [4.5.14] 349,
35í;
[4.5.15] 350
Rodriguez,
S., [2.2.48J
120
Rogachev,
Α. Α.,
[5.2.74] 406
Rogalski,
Α., [Ι.6.25]
39; [3.8.31], [3.8.32] 305
Rohatgi,
Α.,
[2.3.29] 133
Románek,
K.
M.,
[3.8.19] 303
vou
Roos, O.,
[1.7.16] 51 ; [2.2.54] 120; [2.3.38]
140; [3.1.8] 221
van Roosbroeck,
W.,
[4.5.1] 345; [5.2.48] 392
Rosenberg,
A. J.,
[1.11.1] 74
Rosencher,
E.,
[2.5.10] 168, 171
Rosier,
L. L„
[2.4.20] 153; [2.4.24] 157;
[2.5.12] 169, 170, 174
Ross,
В.,
[2.1.11] 107; [2.3.4] 129; [2.3.9] 131
Rothe, E.
W.,
[5.3.5] 417
Roy,
D. K.,
[1.8.16] 53
Rusanov, M. M.,
[2.6.17] 208
Russell,
G.
Α.,
[5.1.14] 372
Ryvkin, S. M.,
[1.7.5] 41 ; [2.2.39] 120
Ryzik,
I.
M.,
[3.8.50] 311
Sah,
С. Т.,
[1.7.7] 42; [1.12.18] 90, 91 ; [1.13.1]
98; [2.2.7] 119; [2.3.16] 131; [2.4.20] 153;
[2.4.24] 157; [2.4.40], [2.4.41] 164; [2.5.12]
169, 170, 174; [2.5.14] 174; [5.3.46] 434
Sakai, T.,
[1.2.1] 14
Sakaki, H.,
[7.3.5] 490; [7.4.2] 495
Sakata,
M.,
[1.9.8], [1.9.9] 65
Sal kov,
Ε. Α.,
[5.4.24] 440
Sano,
H.,
[2.5.25] 189, 192
Sauer,
R.,
[7.4.14] 506, 508
Sawada,
H.,
[5.2.79] 408
Sa-yakanit,
V.,
[1.8.8] 52; [1.8.23] 58; [4.5.26]
352; [5.2.26] 384; [5.2.29] 385; [5.2.32] 386,
387
Scharfetter,
D. L.,
[2.2.1]
111
Scharoch,
P.,
[3.6.15] 278; [7.4.9] 503-507
Schecter, D.,
[4.5.20] 351
Schiff,
L. L,
[4.4.1] 333; [6.5.1] 469, 470, 475
Schifferdecker, M.,
[2.2.29] 120
Schillinger, W., [2.6.5] 194; [5.3.19] 428
Schlafer,
J.,
[3.8.20] 303; [7.4.12] 506
Schlicht,
В.,
[3.8.28] 305, 306
Schlosser,
E.,
[3.8.19] 303
Schlüter,
M.,
[1.8.35] 60
Schmid,
W.,
[2.3.2] 126, 127; [2.3.37] 140;
[3.6.18] 279; [3.7.10] 291; [3.8.4] 302; [3.8.19]
303; [3.8.34] 306; [5.2.73] 406; [5.3.22] 428;
[5.4.5] 435, 436
Scholl,
E.,
[2.7.13], [2.7.14] 216; [3.1.9]
221 ; [4.2.12] 320; [4.6.3] 360; [4.6.4] 361 ;
[4.6.7] 364, 367; [4.6.10] 368
Schottky,
W.,
[3] 1
Schroder,
D. K.,
[2.4.37] 163
Schröter,
W.,
[2.2.66] 121 ; [2.8.7] 217
Schultz,
W.,
[2.1.7] 107
Schulz,
M.,
[5.1.11] 372
Schuurmans,
M. F. H.,
[7.2.4] 487; [7.3.7] 493,
494
Sciar, N.,
[2.6.9] 195
Seager, C. H.,
[2.7.8] 213
Seitz, F., [5.4.41] 443
Selberherr,
S.,
[1.12.24] 89
Sell,
D.D., [5.2.31] 386
Selloni,
Α.,
[1.12.373 92
Sermage,
В.,
[3.8.18] 303, 308, 309; [7.4.13]
506,508
Sernelius,
Β. Ε.,
[1.12.37] 92
Shah, J.,
[3.8.12] 302; [4.4.8] 340
Sham, L.
J.,
[5.4.31], [5.4.32] 441
Sharma, S. K.,
[3.5.22] 262
Shaw,
J· G.,
[2.7.9] 214
Shegelski, M. R.
Α.,
[1.2.3] 14
582
Index
of Names
Sheinkman,
Μ. Κ.,
[2.1.5] 107; [2.2.57] 120;
[3.7.12] 291; [5.4.23], [5.4.24], [5.4.25], [5.4.26]
440; [5.4.27], [5.4.28], [5.4.29], [5.4.30] 441
Shekhar,
С,
[3.5.22] 262
Sheng, P.
[1.8.3] 52
Shiau, J. J.,
[2.4.22] 157
Shibib, M.A.,
[1.12.20] 91
Shifrin, K. S.,
[1.7.1] 41
Shivaraman, J.,
[2.4.52] 165
Shklovskii, B. I.,
[1.8.12], [1.8.13] 52; [1.12.43]
97; [2.6.22] 208; [5.2.14] 381, 382
Shockley, W., P56;
[8] 1 ;
p.
2; [10], [12] 2;
[1.6.3] 30; [1.7.7] 42; [1.7.21] 51; [1.9.1] 62;
[1.13.1] 98; [2.2.2] 118, 119; [2.4.39], [2.4.40],
[2.4.41], [2.4.42] 164; [2.8.1] 216; [4.5.1] 345;
[5.1.1] 369; [5.2.48] 392; [6.2.7] 454
Shukla, P.,
[4.6.7] 364, 367
Shusha, V.V.,
[2.8.11] 218
Sibille,
Α.,
[5.4.35] 442
Sibley, W.A.,
[6.1.3] 448
Sieber,
В.,
[2.8.18] 219
Siffert, P.,
[2.7.15] 216
Silver, M.,
[3.5.26] 262
Silver, R. N.,
[2.2.34] 120
Singh, J.,
[5.2.74] 406; [5.4.1] 436; [5.4.7] 435
Sinha, K. P.,
[2.2.59] 120, 121
Sinton, R.
Α.,
[2.3.40] 143
Sirkis,
M. D.,
[4.1.2] 313; [4.1.5] 315
Sivco, D.,
[7.4.13] 506, 508
Skarstam,
В.,
[2.4.15] 150, 152, 157; [2.4.19]
152; [2.5.13] 170, 171
Skettrup,
T.,
[4.5.26] 352
Skinner,
H.
W.
В.,
[3.1.1] 220
Slätter,
J. A. G.,
[5.2.57] 3, 398
Slotbottom,
J. W.,
[1.12.26] 89; [1.12.32] 90
Smith,
С,
[2.2.15] 119; [2.2.66] 121 ; [3.6.13]
278; [7.4.4] 497,499, 503, 506; [7.4.5] 498,
500; [7.4.10] 503
Smith, D. L.,
[5.4.4] 435
Smith, E.
F., [2.2.47] 120; [2.4.21] 156; [2.6.10]
195
Smith, G.,
[3.5.16] 262; [3.6.3] 273, 278; [3.8.2]
297;
[D.6]
533
Smith, H.,
[1.6.20] 39
Smith, R.
Α., Ρ46;
[4.5.10] 347
Sobhan, M.A.,
[1.12.12] 85
Sokolova, Z. N.,
[3.8.23] 304; [3.8.27] 305
Sommerfeld,
Α.,
[2.5.19] 188
Sonder,
E.,
[6.1.3] 448
Sood,
Η. Κ.,
[3.8.22] 304
Sooryakumar, R.,
[5.4.31] 441
Soukoulis,
C. M.,
[2.1.13] 108, 109
Spadini,
G.,
[2.7.7] 213
Sparks,
M.,
[10] 2
Spasojević,
Z.,
[1.11.18] 81
Spenke, E.,
[1.2.4] 15
Spirito,
P.,
[2.4.36] 162
Sritrakool,
W.,
[1.8.23] 58 ; [5.2.29] 385 ;
[5.2.32] 386, 387
van Staa, P.,
[2.4.48] 165
Stafsudd,
O. M.,
[2.2.37] 120
Steele, A. G.,
[5.2.80] 408
Stegun,
Ι. Α.,
[6.3.7] 463; [6.6.3] 479, 480;
[F.2]
539
Stern, F., [1.8.17] 55; [1.8.22] 58; [4.5.4],
[4.5.5] 346; [5.2.12] 381; [5.2.37] 387
Sterne,
P.A., [1.12.39] 92
Stillman, G.
E.,
[4.1.2] 313; [4.1.5] 315
Stoneham, A. M.,
[2.2.42] 120; [2.6.16] 208;
[2.4.3] 146, 152, 156; [5.1.15] 373; [5.4.46]
444; [6.1.4] 448; [6.2.1] 450; [6.2.10] 456
Stoner, E. C,
[1.12.5] 84
Stornier,
H. L.,
[2.2.33] 120
Stratton,
R.,
[2.5.21] 188; [2.6.13] 203
Strauss, A. J.,
[3.8.3η
307
Street, R.
Α.,
[2.6.23] 208
Strikha, M.
V.,
[2.2.11] 119; [3.7.13] 291;
[5.3.39], [5.3.40] 433
Sturge, M.
D.,
[4.5.25] 352, 353
Stutzmann,
M.,
[5.2.22] 382
Su,
С. В.,
[3.8.20] 303; [3.8.43] 310; [7.4.12] 506
Su,
С.-Н.,
[1.7.8] 42
Suchocki,
Α.,
[5.3.30] 429, 432
Suematsu,
Y.,
[7.4.3] 495, 508
Suemune,
I.,
[2.4.35] 162
Sufíczynski, M.,
[5.2.77], [5.2.78] 408
Sugimasa,
T.,
[1.6.23] 39
Sugirmira,
Α.,
[3.1.6] 221
Sukach, G.
Α.,
[2.2.6] 119; [5.3.27] 429
Sumi,
Η.,
[5.4.50] 444, 446; [6.2.2] 450
Sundaresen, R., [2.7.5] 210, 215
Susi,
E.,
[2.3.27] 133
Sutherland,
H. H.,
[5.2.68] 405
Svantesson, K. G.,
[2.2.35] 120; [3.8.8] 302
Svistunova, K. I.,
[5.2.70] 406
Swanson, M. L.,
[2.3.12] 131
Swanson,
R.
M.,
[1.12.36] 92; [2.3.31] 137;
[2.3.40] 143; [3.8.5] 302
Sweet,
W.,
[6] 1
Swenberg,
C. E.,
[2.5.29] 190, 192
Swenson, G.,
[2.3.13] 131
Swirhun, S.,
[1.12.36] 92
Sze, S. M.,
[1.12.15] 87
Tachiya, M.,
[2.5.25] 189, 192
Takeshima, M.,
[2.2.10], [2.2.23] 119; [2.2.28],
[2.2.32] 120; [2.2.65] 121; [3.1.14] 222; [3.8.17]
303; [3.8.26] 305, 307; [5.3.35] 433, 434
Tang,
D.D., [1.12.33] 90
Tang, J.,
[1.6.9] 34
Tanguy,
С,
[3.8.34] 306
Tasch, A.
F., [2.4.20] 153; [2.5.14] 174
Taue,
J.,
[5.2.87] 411
Tavendale,
A. J.,
[2.5.2] 167
Taylor,
P.,
[1.6.19] 39
Taylor,
R. I.,
[2.2.67] 122; [3.5.5] 257-259;
[7.4.4] 497, 499, 503, 506; [7.4.5] 498, 500;
[7.4.18] 506; [7.4.19] 508
Teal,
G. K.,
[10] 1
Teitler, S.,
[1.7.22] 51 ; [1.9.6] 65
Therez,
F., [1.12.20] 91
Thewalt,
M. L. W.,
[5.2.80] 408
Thomas,
B. W.,
[2.2.49] 120; [2.4.6] 146, 154,
157
Index
of Names
583
Thomas,
D. G.,
[5.2.60] 398; [5.4.11] 437
Thomas,
W., [D.4]
532
Thompson,
D.
Α.,
[1.9.3] 63
Thompson,
G. H.
В.,
[4.2.8] 319
Thomson,
D. J.,
[2.7.9] 214
Thomson,
J. J.,
[2.6.1] 193
Thurmond,
C. D.,
[1.7.14] 50
Tikhodeev, S. G.,
[5.2.74] 406
Titkov, A. N.,
[3.8.30] 305
Tjapkin, D.,
[1.11.18], [1.11.19] 81
Tkachev,
V.
D.,
[2.8.9] 217
Tobin, S. P.,
[3.8.22] 304
Tolpygo, E.
I.,
[2.1.5] 107; [2.2.57] 120;
[3.7.12] 291; [5.4.23] 440; [5.4.27], [5.4.29] 441
Tolpygo,
К. В.,
[2.2.57] 120; [5.4.23] 440;
[5.4.27] 441
Tomasetta, L.,
[3.8.46] 310
Tomokage, H.,
[2.4.22] 157
Torchinskaya, T.
V.,
[5.4.25] 440
Toyozawa, Y.,
[6.6.1] 477
Trie, C,
[4.2.3] 319
Trlifaj, M.,
[5.4.2], [5.4.3] 435; [5.4.8] 436
Tröster, F., [2.2.19] 119
Troxell,
J. R.,
[1.8.36] 60; [5.4.33] 442, 443
Trujillo, S. M.,
[5.3.5] 417
Trukan, M. K.,
[5.2.16] 381
Trumbore,
F.
Α.,
[5.2.61] 398
Tsai, J.,
[1.6.7] 34
Tsang, J. C,
[2.2.58] 120, 121 ; [5.3.28] 429;
[5.4.17] 440
Tsang, W. T.,
[7.4.14] 506, 508
Tsu, R.,
[7.2.1] 483
Tsukada, K,
[7.2.10] 488
Tuft,
R.
Α.,
[1.12.40] 94
Tugulea,
Α.,
{2.5.19] 188
Tully, J. C,
[5.4.40] 443
Tyagi, M. S.,
[5.3.14] 423, 426
Uesugi, N.,
[2.4.35] 162
Unger,
К.,
[5.2.68] 405
Urbach,
F., [4.5.26] 352
Uren,
M.
J.,
[2.4.53] 165
Usami,
Α.,
[2.3.24] 132
Vaitkus, Y.,
[3.8.34] 306
Varshni,
Y. P.,
[2.4.54] 165; [4.5.2] 345, 355
Vavilov,
V.
S.,
[3.8.41] 308
van Vechten,
J.
Α.,
[1.10.14] 72 ; [5.4.49] 444
Vidrien,
G.,
[2.3.15] 131
Viegers,
Μ. Ρ. Α.,
[7.3.1] 489
Vincent, G.,
[2.5.10] 168, 171; [2.5.17] 174;
[6.2.2J
450
Vinetskii,
V.
L.,
[4.2.4] 319
Vink,
A. T.,
[2.2.61], [2.2.62] 120; [5.2.62] 401
van Vliet,
С.
M.
(К.
M.)*,
[1.И.8]
79;
[1.11.21] 81; [1.11.24] 82; [1.12.22] 91; [4.6.2]
359;
[D.8]
534
Voisin, P.,
[7.2.4] 487
Voitsekhovskii, A.
V.,
[3.8.29] 305
Vorob ev,
V. V.,
[2.1.5] 107
Vorob ev, Y.
V.,
[3.7.12] 291 ; [5.4.29] 441
de Vos,
Α.,
[4.2.14] 320
Vovnenko,
V.
T.,
[2.2.9] 119
Wagner, J.,
[5.2.73] 406
Wagner, P.,
[2.3.22] 132
Wainwright, P.
F., [5.3.6] 417
Wald, F.
V.,
[2.4.33] 162
Wallis,
R.
F., [1.7.22] 51 ; [1.9.6] 65
Wang, A. C,
[5.3.46] 434
Wang,
W. L.,
[1.5.1] 27; [3.7.3] 284, 293
Wang, Z.-G.,
[2.4.50] 165
Watkins,
G. D.,
[1.8.36] 60; [2.5.8] 167;
[5.4.33] 442, 443
Weber,
E.,
[2.3.21] 132
Wecht, K.W., [5.2.31] 386
Weeks, J.
D.,
[5.4.40] 443
Weinert, U.,
[1.2.8] 15
Weisberg,
L. R.,
[5.4.42] 443
Weisbuch,
С,
[5.2.82] 410
Weiser,
G.,
[2.5.31], [2.5.32] 192
Weissman,
Y.,
[1.6.15] 39
Weller,
T.,
[3.8.44] 309
Wentzel,
G., p.
184
Wertheim,
G.
К.,
[2.2.44] 120
Whitworth, R.
W.,
[1.1.11] 72
Wieder,
A. W.,
[1.12.27] 89, 90
Wiegmann,
W.,
[5.4.31] 441
Wiehl,
Ν.,
[2.3.21] 132
Wight,
D. R.,
[2.2.49] 120; [2.2.65] 121 ; [2.4.6]
146, 154, 157; [3.8.11], [3.8.12] 302
Wilcox, J., [D.5]
533
Williams,
Α. Α.,
[2.5.2] 167
Williams, B.
F., [3.8.46] 310
Williams, E. W.,
[4.5.8] 346, 347; [5.2.10] 380
Williams,
F., [2.2.55] 120;
p.
398; [5.2.58] 398
Willoughby, A.
F., [1.7.23] 51 ; [1.9.2] 63, 64 ;
[2.2.43] 120
Wilshaw, P. R.,
[2.8.17] 219
Wilson,
A. H.,
[2] 1 ; [1.6.1] 30, 31
Wilson,
B. C,
[1.10.9] 72
Wilson,
B. L. H.,
[1.8.7] 52; [1.12.19] 91;
[2.2.49] 120; [2.4.6] 146, 154, 157; [5.2.27] 384
Wilson,
J.,
[4.2.10] 319
Wilson,
P. G.,
[2.4.28] 162
Winteer,
E.,
[3.8.42] 309
Wolfe,
J.
P.,
[5.2.72] 406
Wood, A.C.
G., p.
494
Woods, R. C,
[3.7.8] 287
Wörner, R., [2.4.50] 165
Wotherspoon,
J.
T. M.,
[3.8.29] 305
Wu,
C-C,
[1.6.7] 34
Wulms, H.
E.
1, [1.12.28] 89, 90
Wünstel,
К.,
[2.3.22] 132
Würfel,
P.,
[4.2.1] 318
Yablonovitch,
E.,
[2.1.13] 108, 109; [2.3.32]
138, 140, 141
*
van Vliet
changed initials from C. M. to K. M. in the early
1980s.
584
Index
of Names
Yakimov,
E.
В.,
[2.8.13], [2.8.14], [2.8.16] 219
Yamanishi,
M.,
[2.4.35] 162
Yaroshetskii, I. D.,
[2.4.29] 162; [5.4.18] 440
Yassievich, I. N.,
[2.2.11] 119; [2.2.31] 120;
[2.4.18] 152; [2.4.23] 157; [2.6.2] 193; [2.6.3]
193, 194; 208; [2.6.8] 195; [3.7.13] 291 ;
[3.8.23] 304; [5.3.39] 433; [5.4.13] 438; [5.4.18]
440
Yau, L. D.,
[2.3.16] 131
Yevick, D.,
[3.8.27] 305
Yongrong, S.,
[5.3.7] 417, 429, 432
Yoshida, M.,
[1.10.12] 72
Young,
Α.,
[2.2.27] 120; [3.8.14] 302
Young,
M.,
[3.8.11] 302
Yu, Y.-J.,
[3.5.5] 257-259; [7.4.17] 506
Zacks, E.,
[5.2.67] 405
Zakharchenya, B. P.,
[5.2.81] 410, 411 ; [5.2.84]
411
Zanzucci, P.,
[2.3.25] 132
Zawadzki, W.,
[1.6.13], [1.6.14] 39
Zeiger,
H. J.,
[5.2.63] 402, 405
Zener,
С,
[6.3.1] 460, 461
Zhang, D., [A.I]
515
van
der Ziel,
Α.,
[1.11.24] 82 ; [4.6.6] 363
Zielinski, E.,
[7.4.14] 506, 508
Ziep,
О.,
[2.2.22], [2.2.25] 119; [3.8.28] 305,
306; [3.8.48] 310
Zimmerman, W.,
[2.4.31] 162
Zinov ev,
N.
Ν.,
[5.4.18] 440
Zitter, R. N.,
[3.8.37] 307
Zuev,
V.
Α.,
[2.2.6] 119; [5.3.27] 429
Zumofen,
G.,
[5.2.88] 411
Zunger,
Α.,
[1.9.14] 66
|
| any_adam_object | 1 |
| author | Landsberg, Peter T. 1922-2010 |
| author_GND | (DE-588)137061188 |
| author_facet | Landsberg, Peter T. 1922-2010 |
| author_role | aut |
| author_sort | Landsberg, Peter T. 1922-2010 |
| author_variant | p t l pt ptl |
| building | Verbundindex |
| bvnumber | BV004801344 |
| callnumber-first | Q - Science |
| callnumber-label | QC611 |
| callnumber-raw | QC611.6.R43 |
| callnumber-search | QC611.6.R43 |
| callnumber-sort | QC 3611.6 R43 |
| callnumber-subject | QC - Physics |
| classification_rvk | UP 2800 |
| classification_tum | PHY 686f |
| ctrlnum | (OCoLC)22274993 (DE-599)BVBBV004801344 |
| dewey-full | 537.6/226 |
| dewey-hundreds | 500 - Natural sciences and mathematics |
| dewey-ones | 537 - Electricity and electronics |
| dewey-raw | 537.6/226 |
| dewey-search | 537.6/226 |
| dewey-sort | 3537.6 3226 |
| dewey-tens | 530 - Physics |
| discipline | Physik |
| edition | 1. publ. |
| format | Book |
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| genre | (DE-588)1071861417 Konferenzschrift gnd-content |
| genre_facet | Konferenzschrift |
| id | DE-604.BV004801344 |
| illustrated | Illustrated |
| indexdate | 2024-07-09T16:17:50Z |
| institution | BVB |
| isbn | 0521361222 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-002952478 |
| oclc_num | 22274993 |
| open_access_boolean | |
| owner | DE-12 DE-91 DE-BY-TUM DE-703 DE-355 DE-BY-UBR DE-20 DE-29T DE-83 DE-11 |
| owner_facet | DE-12 DE-91 DE-BY-TUM DE-703 DE-355 DE-BY-UBR DE-20 DE-29T DE-83 DE-11 |
| physical | XXII, 595 S. Ill., graph. Darst. |
| publishDate | 1991 |
| publishDateSearch | 1991 |
| publishDateSort | 1991 |
| publisher | Cambridge Univ. Press |
| record_format | marc |
| spelling | Landsberg, Peter T. 1922-2010 Verfasser (DE-588)137061188 aut Recombination in semiconductors Peter T. Landsberg 1. publ. Cambridge u.a. Cambridge Univ. Press 1991 XXII, 595 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Literaturverz. S. 542 - 572 Semiconducteurs - Recombinaison Semiconductors Recombination Rekombination (DE-588)4049338-6 gnd rswk-swf Halbleiter (DE-588)4022993-2 gnd rswk-swf (DE-588)1071861417 Konferenzschrift gnd-content Halbleiter (DE-588)4022993-2 s Rekombination (DE-588)4049338-6 s DE-604 Digitalisierung TU Muenchen application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=002952478&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Landsberg, Peter T. 1922-2010 Recombination in semiconductors Semiconducteurs - Recombinaison Semiconductors Recombination Rekombination (DE-588)4049338-6 gnd Halbleiter (DE-588)4022993-2 gnd |
| subject_GND | (DE-588)4049338-6 (DE-588)4022993-2 (DE-588)1071861417 |
| title | Recombination in semiconductors |
| title_auth | Recombination in semiconductors |
| title_exact_search | Recombination in semiconductors |
| title_full | Recombination in semiconductors Peter T. Landsberg |
| title_fullStr | Recombination in semiconductors Peter T. Landsberg |
| title_full_unstemmed | Recombination in semiconductors Peter T. Landsberg |
| title_short | Recombination in semiconductors |
| title_sort | recombination in semiconductors |
| topic | Semiconducteurs - Recombinaison Semiconductors Recombination Rekombination (DE-588)4049338-6 gnd Halbleiter (DE-588)4022993-2 gnd |
| topic_facet | Semiconducteurs - Recombinaison Semiconductors Recombination Rekombination Halbleiter Konferenzschrift |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=002952478&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| work_keys_str_mv | AT landsbergpetert recombinationinsemiconductors |