Adachi S. — Physical Properties of III-V Semiconductor Compounds InP, InAs, GaAs, GaP, InGaAs, and InGaAsP :: Электронная библиотека попечительского совета мехмата МГУ

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Adachi S. — Physical Properties of III-V Semiconductor Compounds InP, InAs, GaAs, GaP, InGaAs, and InGaAsP

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Название: Physical Properties of III-V Semiconductor Compounds InP, InAs, GaAs, GaP, InGaAs, and InGaAsP

Автор: Adachi S.

Аннотация:

The objective of this book is two-fold: to examine key properties of III-V compounds and to present diverse material parameters and constants of these semiconductors for a variety of basic research and device applications. Emphasis is placed on material properties not only of Inp but also of InAs, GaAs and GaP binaries.

Язык:

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1992

Количество страниц: 318

Добавлена в каталог: 19.03.2006

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID

Предметный указатель

$k\cdot p$ theory (calculation)      87 93 94 184
$s^{1}p^{3}$ -hybrid orbital      9
'T Lam, H.      258
Abagyan, S.A.      256
Abbi, S.C.      46
Abdelouhab, R.M.      46
Abdullaev, M.A.      77 155 188 282
Abe, K.      116 261
Abeles, B.      62
Abrahams, M.S.      59 62 282
Abram, R.A.      191
Absorption coefficient, infrared region      174
Absorption coefficient, interband-transition region      136 158 160 165
Absorption coefficient, two-photon      187
Abstreiter, G.      286
Ackermann      285
Acket, G.A.      258
Ackley, D.      115
Acoustoelectric interaction      70
Adachi, S.      44 59 62 73 85 110 111 131 187—191 220 221 257 270—271 282
Adams, A.R.      116 128 132 133 191 230 255 257 260 261
Adams, M.J.      190
Afromowitz, M.A.      62 187
Agaev, V.V.      262
Agahi, F.      283
Aggarwal, R.L.      92 112 113 285
Agyekum, E.      257
Ahmad, C.N.      116
Ahmed, N.      260
Ahmed, S.R.      259
Ahrenkiel, R.K.      261
Ahuja, G.      46
Aina, L.      114
Akasaki, I.      256
Akhmedov, D.      61
Akita, K.      81 109 270—271 280—282
Alavi, K.      92 99 112—114
Alderstein, M.G.      260
Aldred, S.P.      98 113
Aleksandrov, V.A.      259
Alexandre, F.      115 116
Alfrey, G.F.      35 45
Aliev, M.I.      62 190
Alimanda, A.S.      47
Allam, J.      98 114
Allam, R.      260
Allan, G.      115 120—121 131
Allegre, J.      155 188
Allen, E.M.      257
Allgaier, R.S.      112 259
Alloy scattering potentials $(\Delta U_{e},\Delta U_{h})$ , for $In_{0.53}Ga_{0.47}As$       230
Alloy-scattering potential, electrons      228—230
Alloy-scattering potential, holes      237
Alnot, P.      189
Alounai, M.      116
Alping, A.      221
Alwan, J.J.      115
Amand, Th.      115
Amemiya, Y.      262
Ameziane, E.L.      120—121 132
Amirtharaj, P.M.      46 187
Amith, A.      62
Amor, S.B.      116
Anastassakis, E.      36 43 45 47 73
Andersen, O.K.      132
Anderson, D.A.      128 133 254—256
Anderson, J.R.      110
Anderson, N.G.      273 283
Andersson, T.G.      115 273 283
Ando, K.      131
Andre, J.P.      189
Ansel, R.      111
Antypas, G.A.      109 110 259 281
Antyukhov, A.M.      61
Aoki, T.      189
Aoki.K.      116
Apsley, N.      98 113 114 128 255 256
Arai, K.      259
Arasly, D.G.      62
Archer, R.J.      255
Archilla, B.      120—121 132
Arent, D.J.      115 286
Arivuoli, D.      44
Arlt, G.      73
Arora, B.M.      191
Arsent'ev, I.N.      61
Arthur, J.R.      190
Asbeck, P.M.      286
Ashen, D.J.      77 155 188
Ashida, A.      280
Ashida, K.      258
Askenazy, S.      46 74 90 92 112 256
Aspley, N.      133 254
Aspnes, D.E.      83 109 111 188 189
Ast, D.G.      283
Aubel, J.L.      47 111
Auger recombination      184
Auluck, S.      116
Austin, R.F.      47
Auvergne, D.      155
Aydinli, A.      283
Bach, H.G.      221
Bacher, F.R.      190
Bachmann, K.J.      111
Baerner, K.      46
Baerwolff, A.      15
Baets, R.      191
Bailey, P.T.      155
Bairamov, B.H.      187
Bajaj, K.K.      117 259
Bak-Misiuk, J.      61
Baker, A.J.      270—271 282
Baldassarre, L.      221
Baldereschi, A.      188
Balk, P.      98 113
Balkanski, M.      46 187 188 190
Ballman, A.A.      109 190 256 270—271 282
Balslev, I.      43 47 120—121 132
Band discontinuities $(\Delta E_{c},\Delta E_{v})$ , between $In_{0.53}Ga_{0.47}As$ and $In_{0.52}Al_{0.48}As$       99
Band discontinuities $(\Delta E_{c},\Delta E_{v})$ , between $In_{0.53}Ga_{0.47}As$ and InP      98
Band filling      181 187
Band gaps, direct gaps      77 81 83
Band gaps, energy eigenvalues at the $\Gamma$ , X, and L points      78
Band gaps, indirect gaps      85
Band gaps, pressure coefficients of      104
Band gaps, temperature coefficients of      104
Band nonparabolicity      89 108 142
Band offsets, $In_{0.52}Al_{0.48}As/InP$       99
Band offsets, $In_{0.53}Al_{0.47}As/InP$       98
Band offsets, $In_{0.53}Al_{0.47}As/In_{0.52}Al_{0.48}As$       98 99
Band offsets, $In_{1-x}Ga_{x}As/Al_{x}Ga_{1-x}As$       99 100
Band offsets, $In_{1-x}Ga_{x}As/GaAs$       99 100
Band offsets, $In_{1-x}Ga_{x}As/InP$       99 100
Band offsets, $In_{1-x}Ga_{x}As_{y}P_{1-y}/InP$       96 97
Band offsets, conduction band      96—100
Band offsets, internal-strain (biaxial-strain) effect      279
Band offsets, valence band      96—100
Band-gap discontinuity      96—100
Band-gap shrinkage      179
Bandyopadhyay, S.      261
Banerjee, P.      260
Banerji, P.      230 255
Bar-Joseph, I.      222
Barbaste, R.      92 112 256
Barker, A.S., Jr.      73
Barns, R.L.      14 81 109 270—272 282
Baroni, S.      67 73
Barrau, J.J.      115
Barrera, J.S.      255
Bartels, W.J.      15

Basinski, J.      128 133 255 256
Bass, S.J.      74 98 113 114
Bassignana, I.C.      282
Basson, J.H.      220
Basu, P.K.      116 250 257
Basu, P.P.      230 255
Bateman, T.B.      44
Baudry, L.      285
Bauerle, J.E.      62
Bauser, E.      132
Bayo, L.      77 120—121 132
Beals, R.J.      61
Bean, J.C.      283
Bean, R.      256
Bedel, E.      47
Beebe, E.D.      280
Beer, A.C.      110 111 254 256
Beerens, J.      116
Beernink, K.J.      273 283
Belov, N.P.      112
Benassi, L.      81 110
Bencherifa, A.      191
Benchimol, J.L.      46 112 190 284
Beneking, H.      260
Bennett, B.R.      191
Bennett, H.E.      189
Bennett, H.S.      261
Benson, T.M.      221
Benyattou, T.      191
Benz, G.      77
Benz, K.W.      77
Berding, M.A.      15
Bergstresser, T.K.      16 110
Berlincourt, D.A.      74
Bernard, J.E.      16
Bernardi, C.D.      189
Bernstein, L.      61
Berolo, O.      111 285
Bert, N.A.      53 61 281
Bertin, E.P.      110 189
Bertolet, D.C.      283
Bertran, E.      189
Beserman, R.      46
Bessolov, V.N.      61
Bethea, C.G.      262
Bhandari, C.M.      62
Bhargava, R.N.      120—121 132
Bhattacharya, P.      115
Bhattacharya, P.K.      46 114 260 280 283—286
Biaxial strain (stress)      273—280
Biefeld, R.M.      286
Biernacki, S.      61
Bilello, J.C.      15
Bimberg, D.      281
Binari, S.C.      72 261
Bir, G.L.      131
Bisaro, R.      53 61 111
Biswas, D.      115
Blacha, A.      120—121 125 128 131
Blakemore, J.S.      45 61 187 190 256
Blakeslee, A.E.      192 283
Blanks, D.K.      285
Blood, P.      255
Blum, A.I.      3
Board, K.      99 114
Boardman, A.D.      258
Boeck, J.D.      286
Boers, P.M.      258
Bogdanov, V.B.      189
Boittiaux, B.      258 259
Bolkhovityanov, Y.B.      280
Boltzmann equation      233 239 240 251
Bonding, covalent      8
Bonding, ionic      9
Bonneville, R.      46
Booyens, H.      220
Borcherds, P.H.      35 45
Borenstein, J.T.      78
Borghs, G.      286
Born ratio      25
Born ratios $(B_{o})$       23
Born's transverse effective charge      34
Born's transverse effective charges $(e_{T}^{*})$ , at 1 Pa      36
Born's transverse effective charges $(e_{T}^{*})$ , pressure derivations of      36
Borrello, S.R.      255 256
Borroff, R.      46
Borschevskii, A.S.      44
Both, W.      59 62
Botteldooren, D.      191
Bourel, P.      285
Bowers, R.      62
Bowers, R.L.      111
Bowing parameter      57 79 84 291
Bowing parameters (c), of indirect gaps      85
Boyce, J.B.      15
Boyle, W.F.      67 73
Bozler, C.O.      222
Brada, Y.      46
Bradley, C.C.      112
Brand, S.      191
Brantley, W.A.      44
Brasen, D.      44
Braslau, N.      258 259
Braunstein, R.      46 59 62 92 111 188 191
Bray, R.      73
Breazeale, M.A.      45
Bremond, G.      191
Brendecke, H.      90 112
Brennan, K.      259 260
Brey, L.      125 132
Brice, J.C.      280
Bridges, T.J.      192
Briggs, H.B.      191
Bright, V.M.      73
Brillouin zone      75 146 185 274
Broadening function      101
Broberg, B.      189
Broder, J.D.      15
Brodsky, M.H.      46
Brookes, C.A.      44
Brosson, P.      191
Brousseau, B.      115
Brousseau, M.      115
Brown, G.T.      270—271 282
Brown, H.      190
Brugger, K.      44
Brummell, M.A.      117
Brunemeier, P.E.      113
Buchenauer, C.J.      43 47
Buehlmann, H.-J.      114
Buiocchi, C.J.      282
Bulk moduli $(B_{u})$       23
bulk modulus      24
Burgeat, J.      283 284
Burgers vector      18
Burke, B.E.      222
Burke, J.R.      112 259
Burkhard, H.      189 190
Burkhardt, E.G.      192 257
Burnham, R.D.      47
Burns, G.      286
Butcher, P.N.      256
Butler, J.K.      14
Buus, J.      190
Cahn, J.W.      280
Caldironi, M.      190
Callaway, J.      62 222
Camassel, J.      77 120—121 132 155 188
Camera, A.      283
Campi, D.      81 110

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