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

Shinoyama, S.      190
Shirafuji, J.      258
Shirley, D.A.      110
Shiro, Y.      67 73
Shmidt, N.      255
Shockley, W.      261
Shtengel', K.E.      282
Shukla, A.      45
Shur, M.      258 259
Shur, M.S.      128 133 261
Sidorov, A.A.      61
Sierariski, K.      191
Silberman, J.A.      117
Silverman, S.J.      62
Simmonds, P.E.      112
Sinai, J.J.      45
Singh, J.      259 284—286
Singh, S.      221
Singh, V.A.      78
Sinha, S.K.      45
Sinyukov, M.      45
Sirota, N.N.      61
Siukaev, N.V.      128 133 255 257
Sivco, D.L.      115 116
Six, H.A.      47
Skolnick, M.S.      74 92 98 112—114 256
Slack, G.A.      62
Sladek, R.J.      44 67 73
Slagle, O.D.      44
Slempkes, S.      46
Sliva, P.O.      73
Slobodchikov, S.V.      222
Smirnitskii, V.B.      189
Smirnova, G.F.      110
Smith, B.C.      14
Smith, D.L.      192 286
Smith, M.      285
Smith, P.M.      260
Smith, R.J.      110
Smith, R.T.      110 189
Sole, R.D.      188
Solomon, P.M.      99 114
Solomonov, A.V.      281
Soma, T.      30 44 45 61
Sommelet, P.      61
Soni, R.K.      46
Sonomura, H.      280
Sood, A.K.      43 41
Sorba, L.      110
Sordo, B.      189
Soref, R.A.      191
Soucail, B.      113
Sound velocities (v)      28
Sound velocity      26—28
Sound velocity, average      234
Space group      4
Space groups      11
Spain, I.L.      15 44 104 116 257
Spears, D.L.      73
Specific heat, at constant pressure      48—50
Specific heat, at constant volume      48—50
Specific heats $(C_{p})$       49
Spectroscopic ellipsometry      131 160
Spitzer, W.G.      191
SpringThorpe, A.J.      85
Sproule, G.I.      284
Sputz, S.K.      115
Srinivasa, S.      280
Srivastava, G.P.      16
Srivastava, V.K.      116
Stanaway, M.B.      256
Stanley, C.R.      256 260
Stano, A.      281
Stark effect      204 213—215 217
Starosel'tseva, S.P.      257
Staske, R.      15
Stath, N.      77
Statz, H.      191
Stecker, L.      114
Steel, V.E.      45
Steele, S.R.      260
Steigmeier, E.F.      61 62
Steiner, K.      113
Stepanova, M.N.      261
Stern, F.      104 187 191
Stiehler, K.      61
Stievenard, D.      115
Stillman, G.E.      98 114 222 255 258—260 262 281
Stoermer, H.L.      90 112
Stokes, J.      77
Stone, J.      189
Stradling, R.A.      74 92 112 116 256 257 259
Strakhov, V.A.      281
Straughan, B.W.      15
Straumanis, M.E.      61
Streetman, B.G.      261
Strege, K.E.      189 280
Streubel, K.      189
Stringfellow, G.B.      46 73 110 259 260 272 280 281 284
Stroessner, K.      73 104
Strzalkowski, I.      73
Studna, A.A.      189
Stulen, R.H.      285
Sturge, M.D.      155
Su, Y.K.      190
Suemune, I.      191
Sugie, M.      206 207 220 221
Sugimasa, T.      116
Sugimura, A.      117 280
Sugiura, H.      190
Sugiyama, K.      281
Sugiyama, Y.      99 114 284
Sukow, C.A.      47
Sumski, S.      113
Sunatori, S.      47 111
Surface acoustic waves      29—31
Surface energy      10
Sutradhar, S.K.      255 257
Suzuki, N.      120—121 132 206 207 220 221
Swain, S.      258
Swaminathan, V.      280
Syassen, K.      73 104
Szatkowski, J.      191
Sze, S.M.      3 72
Szmulowicz, F.      62
Szmyd, D.M.      117
t'Hooft, G.W.      113
Tabatabaie, N.      259
Tacano, M.      284
Tada, K.      120—121 132 206 207 220 221
Taguchi, A.      117 128 133 255
Taguchi, K.      281
Tai, K.      115
Taiariol, F.      81 110 281
Takagi, T.      111 189 190 259
Takahara, K.      261
Takakura, H.      109
Takanashi, Y.      113
Takeda, Y.      15 111 128 133 190 230 254 255 257—260 262
Takehei, K.      280
Takeuchi, Y.      284
Tan, H.S.      47
Tanahashi, T.      280
Tanaka, T.      15
Tanbun-Ek, T.      284
Tang, D.S.      261
Tang, J.Y.      259
Tang, S.H.      47
Tang, W.C.      286
Taniyama, H.      261

Tann, J.      284
Tapfer, L.      284
Tapster, P.R.      98 113
Tarassov, V.V.      60
Tashima, M.M.      262 281
Tatel, D.      116
Tatham, H.L.      257
Taylor, L.L.      77 98 114 155 188
Taylor, R.C.      256
Tebbenham, R.L.      258
Tei.T.      116
Tejedor, C.      125 132 221
Telegin, A.A.      256 281
Tell, B.      220
Temkin, H.      113 115 116 283 284
Terauchi, H.      284
Tersoff, J.      113
Tharmalingam, K.      222
Theeten, J.B.      189
Thermal conductivity (resistivity)      55—60
Thermal conductivity (resistivity), alloys      55
Thermal conductivity (resistivity), doping effects      59
Thermal conductivity (resistivity), temperature variation      59
Thermal expansion coefficient, alloys      53—55
Thermal expansion coefficient, definition      51
Thermal expansion coefficient, GaAs/Si      54
Thermal expansion coefficient, temperature variation      51 52
Thermal expansion differences $(\Delta \alpha_{th})$ , between $In_{1-x}Ga_{x}As_{y}P_{1-y}$ and InP      53
Thermal resistivities (W)      59
Thiel, A.      3
Thiel, F.A.      111 270—272 282
Thijs, P.J.A.      113
Thobel, J.L.      285
Thomas, D.G.      155
Thomas, M.B.      111 112
Thompson, A.G.      111
Thompson, P.E.      261
Thornber, K.K.      262
Threshold current (lasers)      184
Threshold field (Gunn-type devices)      249
Thulke, W.      110 188
Thurston, R.N.      44
Tibilov, V.K.      281
Time-of-flight technique      251—253
Titkov, A.N.      261
Tiwari, L.M.      46
Tiwari, S.      261
Tkach, R.W.      222
Tohno, S.      270—271
Toledano, J.C.      45
Tomizawa, M.      261
Toporov, V.V.      187
Torabi, A.      190
Tothill, J.N.      284
Toyama, M.      256
Toyozawa, Y.      188
Transferred-electron effect      249 250
Traylor, J.G.      45
Tretiakov, D.N.      44
Trew, R.J.      133 258
Tripathi, B.B.      46
Trommer, R.      36 45 116 190
Trukan, M.K.      262
Tsang, W.T.      98 114 257 262
Tsao, J.Y.      283
Tsay, Y.F.      192
Tsui, D.C      115
Tuchendler, J.      92 112
Tuck, B.      270—271 282
Tuomi, T.      81 83 109 187
Turco, F.      280
Turner, E.H.      73 206 207 221
Turner, J.E.      15
Turner, R.J.      112
Turner, W.J.      77 116 155 188 189
Tyuterev, V.G.      134
Uda, H.      280
Uddin, A.      115 273 283
Ueda, O.      15
Uemura, C.      270—271
Umanskii, V.E.      53 61
Umebu, I.      281
Umeno, M.      262
Unger, K.      111
Unlu, H.      3 61 114
Urbach tail      175
Urbach, F.      190
Urban, M.      262
Usher, B.F.      115 273 283 284
Ushirokawa, A.      46
Usikov, A.S.      53 61
Usui, A.      46
Vacher, R.      45
Vagelatos, N.      45
Vaidyanathan, A.      192
Valladares, J.P.      47
Vallin, J.T.      115 273 283
Van de Walle, C.G.      120—121 128 131
Van der Merwe, J.H.      282
van der Ziel, J.P.      220
van Eck, T.E.      222
van Hoof, C.      286
van Hove singularity      183
Van Hove, L.      45
Van Vechten, J.A.      16 67 73 110 111 188 285
Vandenberg, J.M.      98 113—115 283 284
Varfolomeev, A.V.      155 188
Varshni equation      100
Varshni, y.p.      115
Vassell, M.O.      258
Vaterkowski, J.L.      258
Vegard's law      4 5
Vegard, L.      14
Velicky, B.      188
Velocity overshoot      244
Velocity-field characteristics, electrons      239—246
Velocity-field characteristics, holes      246—248
Venkateswaran, U.D.      280
Vere, A.W.      270—271
Verges, J.A.      132
Ves, S.      104
Vidimari, F.      190
Vieren, J.P.      117
Vigdorovich, V.N.      44
Vilms, J.      280
Vink, A.T.      155
Vinter, B.      128 133
Virtual-crystal approximation      14
Vodjdani, N.      189
Vogl, P.      36 45 116 120—121 125 131 132 190
Voison, P.      47 113 117
Voland, U.      61
Vong, S.K.      272 281
Voos, M.      47 113 117 190
Vrehen, Q.H.F.      285
Vyas, M.K.R.      261
Wada, O.      110
Wagner, G.      59 62 272 282
Wagner, W.R.      116
Waldman, J.      112
Walker, T.      192
Walpita, L.M.      222
Walsh, D.      258
Walsh, T.E.      206 221
Walter, J.P.      77
Walukiewicz, W.      120—121 128 131 133 261
Wang, B.-S.      125 132
Wang, J.      281
Wang, J.-Q.      125 132
Wang, T.Y.      284

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