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

Leu, Y.-T.      111
Levine, B.F.      262
Ley, L.      110
Li, M.-F.      125 132
Lichter, B.D.      61
Lievin, J.L.      191
Lin, C.L.      115
Lin, J.      259
Lin, S.Y.      115
Lin, Y.F.      273 283
Lindberg, A.P.      111
Lindgren, S.      189
Linear electrooptic constants, calculated values      208
Linear electrooptic constants, clamped values $(r^{S}_{41})$       206
Linear electrooptic constants, dispersion parameters (E*,F*)      207
Linear electrooptic constants, free values $(r^{T}_{41})$       206
Linh, N.T.      221 270—271 282
Lipari, N.O.      188 285
Littlejohn, M.A.      110 112 133 230 255 257—259
Litton, C.W.      155 188
Liu, H.-D.      221 280
Liu, H.C.      286
Lo, Y.C.      273 283
Loesch, R.      283
Logan, R.A.      111 189 191 220 221 262 280 284
Lorenz, M.R.      113 190 256
Louati, A.      191
Loural, M.S.S.      98 114
Lourenco, J.A.      270—272 282
Lowney, J.R.      261
Lucas, N.      61
Lucovsky, G.      46 47
Ludowise, M.J.      260
Lugara, M.      221
Lukomskil, A.I.      109
Lundstrom, M.S.      261
Luongo, J.P.      191
Luther, L.C      256
Luttinger — Kohn Hamiltonian      275
Luttinger's valence-band parameters      93
Lyddane — Sachs — Teller relationship      64 137
Mace, D.A.H.      284
MacEvan, W.R.      270—271 282
Maciel, A.C.      114 285
Macrander, A.T.      280
Madarasz, F.L.      62
Madelon, R.      116
Madelung, O.      256
Madhukar, A.      286
Maeta, H.      61
Mahajan, S.      15 44 270—271 282
Mahan, G.D.      111
Mailhiot, C.      280 286
Maiorova, N.I.      189
Majeed, A.      47
Majerfeld, A.      110 117 220 258 260
Major, J.S., Jr.      16
Makharadze, Z.D.      46
Makowski, L.      255
Makushenko, Y.M.      77 155 188 282
Maloney, T.J.      258
Manley, D.F.      256
Marcus, P.M.      61
Marie, X.      115
Marlow, D.      61
Marsh, J.H.      133 230 255 257
Martin, R.J.      220
Martin, R.M.      44 73 120—121 131 188
Martinez, G.      46
Martins, J.L.      16
Marushchak, V.A.      261
Marzin, J.Y.      114 190 284
Mascarenhas, A.      15 16
Masselink, W.T.      259
Massidda, S.      117
Massies, J.      117 280
Masut, R.A.      284
Mathieu, H.      77 120—121 132 155 188
Matossi, F.      104 191
Matsui, J.      281
Matsui, Y.      282
Matsumoto, T.      47
Matsumoto, Y.      281
Matsumura, H.      191
Matsuoka, S.      222
Matsushita, T.      15
Matthews, J.W.      282 283
Matthiessen's rule      127 224 228 232 236 237
Mattingly, M.      114
Maurel, P.      117
Maycock, P.D.      53 62
Maziar, C.M.      261
Mbaye, A.A.      16 280
McCarthy, J.P.      256
McFeely, F.R.      110
McGill, T.C.      47 192
McGroddy, J.C.      192
McKenna, J.      221
McKinstry, H.A.      44
McKitterick, J.B.      73
McNeely, J.B.      61
McSkimin, H.J.      44
McWilliams, G.E.      190
Mdivani, V.N.      262 281
Mead, C.A.      206 221
Mears, A.L.      257 285
Meeks, E.L.      190
Meiners, L.G.      72 188
Melchior, H.      114
Meliga, M.      189
Meloni, F.      117
Melrose, J.R.      255
Mendez, E.E.      47 81 83 90 109 112 128 133
Menendez, J.      47 115
Menigaux, L.      221
Menoni, C.S.      15 44 104 116
Menu, E.P.      115
Merenda, P.      53 61 111
Merle, P.      77 120—121 132 155
Merlin, R.      46
Merritt, F.R.      191 262
Meseguer, F.      221
Messmer, C.      15
Meyer, N.I.      73
Meyer, R.      98 113
Miao, Z.L.      281
Michel, J.C.      45
Mickevicius, R.      134
Middelmann, H.U.      110
Mikami, O.      191
Mikhailova, M.P.      222
Mikhaleva, L.F.      281
Mikkelsen, J.C., Jr.      15
Mikoshiba, N.      191
Miles, R.H.      47
Miller, B.I.      111 191 222
Miller, R.C.      115
Mills, B.E.      192
Milorava, V.A.      187
Minagawa, S.      15
Miner, C.J.      282
Minomura, S.      15
Minority-carrier transport, electron drift velocity      252—254
Minority-carrier transport, electron mobility      250—252
Mircea, A.      260
Misfit dislocation      267—269
Mishurnyi, V.A.      61 189
Mismatch strain (stress)      263—267
Mitchel, W.C.      62
Mitchell, D.F.      284

Mitchell, K.      260
Mitra, G.B.      44
Mitra, S.S.      192
Miura, M.      67 73
Miyakawa, T.      192
Miyauchi, T.      280
Miyazaki, T.      189
Mizuta, M.      113
Mizutani, T.      259
Mode Grueneisen parameters $(\gamma)$ , for acoustic phonons      30 36
Mode Grueneisen parameters $(\gamma)$ , for optical phonons      36
Mokrovski, N.P.      3
Molecular densities      11
Molecular density      11
Momentum matrix element      147 158
Monecke, J.      187
Monemar, B.      155
Monserrat, K.J.      284
Monte Carlo calculation      239 242 247 248 251 278
Montie, E.A.      113
Moon, R.L.      109 110
Moore, K.J.      284
Moore, W.T.      115
Morasca, S.      189
Morgan, D.V.      99 114
Morkoc, H.      3 61 99 114 115 128 133 256 285
Moseley, A.J.      190
Moss — Burstein shift      108 175 179 181
Mowbray, D.J.      98 114
Mozer, A.      191
Mudares, M.A.L.      257
Mueller, H.      36 45 116 190
Mukhopadhyay, S.      114
Mullin, J.B.      15 77 155 188
Munns, G.      285
Munoz, A.      44
Munoz-Yaguee, A.      47
Murakami, Y.      128 133
Murata, H.      67 73
Murnaghan's equation      7 26
Murnaghan, F.D.      45
Murotani, T.      221
Muto, S.      99 114
Myles, C.W.      45 110 230 255
Nabarro, F.R.N.      44
Nag, B.R.      114 128 133 230 254 255 257 259
Nagai, H.      280 282
Nagle, J.      113
Nahory, R.E.      14 46 81 83 109 111 188—190 256 262 280
Naito, M.      256
Najjar, F.E.      114
Nakada, Y.      258
Nakagome, H.      191
Nakahara, S.      44
Nakai, S.      270—272 282
Nakajima, K.      81 109 280—282
Nakamura, H.      191
Nakao, M.      113
Nakata, Y.      15 99 114
Nakayama, M.      47 284
Nakwaski, W.      62
Nam, D.W.      16
Nam, S.B.      155 188
Narasimhamurty, T.S.      222
Narducci, L.M.      192
Nash, K.J.      74
Nashel'skii, A.Y.      44
Nasledov, D.N.      222 256 257
Nathan, M.I.      120—121 132 261
Naukkarinen, K.      187
Negative differential mobility      248 253
Neidert, R.E.      72
Nelson, D.F.      73 206 207 221
Nelson, R.J.      90 112
Nemanich, R.J.      47
Neu, G.      47
Neumann, C.      285
Neumann, H.      111
Newman, R.      73 190
Ng, S.C.      47
Nicholas, R.J.      46 74 90 112 116 117 284
Nichols, D.N.      44 73
Nichols, K.B.      222
Nicklow, R.M.      45
Nielsen, L.D.      258
Niki, S.      115
Nishino, T.      81 109
Nishitani, Y.      270—271
Nishiwaki, Y.      222
Noethe, A.      285
Nolte, D.D.      120—121 128 131
Nolting, H.P.      221
Nonlinear optical properties, nonlinear absorption cross section      186
Nonlinear optical properties, nonlinear index of absorption      186
Nonlinear optical properties, nonlinear index of refraction      186
Nonlinear optical properties, nonlinear optical coefficient      207
Nonomura, K.      191
Nordheim, L.      16
Novac, J.      230 257
Novikova, S.I.      61
Noyan, I.C.      280
Nye, J.F.      44 61 72 221
O'Donnell, K.P.      115
O'hara, M.J.      45
O'Neill, J.B.      44
O'Reilly, E.P.      120—121 284
Oda, O.      256
Oe, K.      220 221 281
Ogandzhanyan, V.A.      281
Ogura, M.      113
Oh, J.      284
Ohashi, K.      61
Ohmer, M.C.      62
Okamoto, H.      260 281
Okamoto, K.      222
Olego, D.      125 132
Oliver, J.D., Jr.      230 257
Olivier, A.      191
Olivier, J.      189
Olsen, G.H.      110 189 262 280
Olshansky, R.      262
Olson, J.M.      15 16
Onabe, K.      281
Onaka, K.      113
Ong, C.K.      47
Optical absorption, Fe-doped InP      175 176
Optical absorption, free-carrier      127 174—179
Optical absorption, infrared      174—179
Optical absorption, interconduction-band      174 175
Optical absorption, intervalence-band      178 182—187
Optical absorption, S-doped InP      176
Optical absorption, undoped InP      176
Optical dispersion relations      135—136
Opyd, W.G.      284
Orbital-strain interaction Hamiltonian      118 126
Ordered alloy      13 14
Orders, P.J.      273 283 284
Osamune, K.      128 133
Osbourn, G.C.      282—286
Oscillator strength      142
Osman, M.A.      259 262
Otsuka, E.      262
Ousset, J.C.      256
Oyanagi, H.      15
Paff, R.J.      61
Page, Y.L.      284
Painter, R.D.      45
Pal, B.B.      73
Pan, N.      98 114
Panish, M.B.      98 113—115 283 284

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