Ram-Mohan R. — Finite Element and Boundary Element Applications in Quantum Mechanics :: Электронная библиотека попечительского совета мехмата МГУ

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Ram-Mohan R. — Finite Element and Boundary Element Applications in Quantum Mechanics

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Название: Finite Element and Boundary Element Applications in Quantum Mechanics

Автор: Ram-Mohan R.

Аннотация:

Starting from a clear, concise introduction, the powerful finite element and boundary element methods of engineering are developed for application to quantum mechanics. The reader is led through illustrative examples displaying the strengths of these methods using application to fundamental quantum mechanical problems and to the design/simulation of quantum nanoscale devices.

Язык:

Рубрика: Механика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 2002

Количество страниц: 609

Добавлена в каталог: 06.12.2013

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Предметный указатель

Shape functions, quadratic, triangular      225
Shape functions, triangle      223
Sharp, D.H.      14-51 14-52 14-54
Sharvin, Y.V.      13-5
Shavitt, I.L.      15-29
Shaw, R.P.      18-19—18-21 18-34 18-43
Sherman, A.H.      15-12
Shertzer, J.      3-9 11-9—11-11 11-23 11-24 11-28 11-29 11-33—11-36 11-38 12-12
Shilov, G.E.      B-1
Shimizu, A.      5-12 5-19 8-33
Shinada, M.      11-17
Shippy, D.J.      18-34
Siegemund-Broka, S.      14-57
Sigismondi, G.      11-8
Sign-function      532
Silverman, R.A.      B-5
Simanek, E.      13-29
Simmons, L.M.      14-54 14-55
Simone, F.      8-21
Simple harmonic oscillator      13 78
Sirtori, C.      8-49 8-53
Sivaprakasam, S.      13-22
Sivco, D.L.      5-30 8-49 8-53
Sizmann, R.      8-10
Slater, J.C.      15-31
Slusher, R.E.      12-15
Smith, B.T.      2-2 15-3
Smith, G.      13-44
Smith, G.B.      17-25
Smythe, W.R.      C-1
Sobolev space      86
Sohn, R.B.      17-17
Sols, F.      13-19 13-31
Sommerfeld fine-structure constant      151 302
Sondheimer, E.H.      C-2
Sorensen, D.      2-3 5-9 15-1
Sorrentino, R.      18-10
Source term 2D scattering      320
Spector, H.N.      12-5
Spruch, L.      11-2 14-32
Sprung, D.W.L.      13-24
Sridhar, S.      18-26 18-27
Standard eigenvalue problem      370
Standoff, P.N.      14-44
Starace, A.F.      11-7
Staveley, B.S.      7-6
Stealth element      317 322
Stealth elements      316
Steblovsky, G.      5-41
Stegeman, G.I.      17-5
Stegun, I.A.      A-3
Steinman, W.      17-14
Steinmann, W.      17-14
Step-function      531
Stephan, E.P      18-32
Stern, F.      6-2 6-5 6-7 6-14 11-3
Sterne, P.A.      11-40
Steuerwald, J.      15-22
Stewart, G.W.      15-23
Stewart, W.J.      17-34
Stiefel, E.      15-17
Stier, D.      12-7
Stier, O.      12-7
Stiffness matrix      39
Stockmeyer, P.K.      15-13
Stone, A.D.      13-9 13-10
Stovicek, P.      13-26
Strang, G.      4-5 5-7 14-48
Strong, R.      14-54
Stroud, A.H.      9-15 9-16 16-8 A-4
Stus, N.M.      8-39
Subbaraj, K.      14-21
Subbaswamy, K.R.      6-11
Subspace iteration      100 267 381
Subspace iteration, algorithm      383
Subspace iteration, Cholesky decomposition      381
Subspace Krylov      388
Sudarshan, E.C.G.      B-4
Suemune, I.      6-18
Sugg, A.R.      8-48
Sugimoto, M.      12-20
Sullivan, J.M.      4-18 10-13 10-14 12-22
Sundaram, M.      6-16
Superlattice      139
Surface enhanced Raman scattering (SERS)      459
Surface plasmon      434 441
Surface plasmon, cylindrical geometry      449
Surface plasmon, dispersion      449
Surface plasmon, slab geometry      445
Surface plasmon, two metallic wires      452
Surfaces 2D parametric form      231
Suzuki, M.      18-6
Symm, G.T.      16-3 C-8
Symmetric gauge      258
Szabo, B.A.      4-7 4-16
Szafer, A.      13-9
Taflove, A.      14-10—14-12
Tagami, K.      11-41
Tai, G.R.C.      18-21
Talalakin, G.N.      8-39
Tanaka, K.      11-17
Tannor, D.J.      14-7
Taylor, R.      7-11
Taylor, R.L.      3-7 4-12 9-1 10-2
Telles, J.C.F.      16-5 17-23 C-10
Temkin, H.      12-4
Test functions      120
Teukolsky, S.A.      5-8 14-3 15-4 A-2
Thatcher, R.W.      3-5
Thieberger, R.      2-9 11-30 11-31
Thio, T.      16-10 17-20
Thomas, E.J.      13-45
Thompson, J.F.      10-3
Thornton, T.J.      18-4
Thronton, T.J.      13-3
Tinkham, M.      12-13
Tomlinson, K.      16-9
Topp, L.J.      1-26
Touzot, G.      3-1 9-2
Transfer-matrix method      200
Transfer-matrix method, time evolution      332
Transmission      26 1
Transmission coefficient      111 480
Transmission coefficient, 2D waveguide      309
Transmission coefficient, multiport device      303
Transmission, $1/ \cosh x^{2}$ potential      122
Transmission, coefficient      26 110
Transmission, quadratic potential      123
Triangular element, integration      237
Triangular element, linear      222
Triboulet, R.      17-18
Trottenberg, U.      15-16
Trowbridge, C.W.      16-6
Truncation of physical region      37
Tsang, W.      12-20
Tsang, W.T.      8-45
Tsu, R.      5-18 8-1 12-19

Tsuchida, E.      11-41
Tsukada, M.      11-41
Tunneling      109
Tunneling, action integral      112
Tunneling, boundary conditions      109
Turck, V.      12-7
Turkel, E.      13-33
Turnbull, D.      13-6 17-3
Turner, G.W.      8-38 8-40
Turner, M.J.      1-26
Umetani, S.I.      18-36
Umeton, C.      8-21
Undheim, B.      15-31
Vagov, A.V.      17-25
van der Marel, D.      13-4 18-3
van Duyne, R.P.      17-28
van Houten, H.      13-4 13-6 18-3
Van Kampen, N.G.      18-1
Van Loan, C.F.      2-16 4-19 14-22 15-8
van Wees, B.J.      13-4 13-6 18-3
Variational method, Dirac — Frenkel      354
Variational method, Rayleigh — Ritz      45 180
Variational method, subspace iteration      381
Variational minimization, Rayleigh quotient      390
Variational Principle      3
Variational principle with adjoint functions      349
Variational principle, Davidson algorithm, least square minimization      386
Variational principle, local action      92
Variational principle, nodal      21
Variational principle, Schwinger      11
Vassiliou, M.S.      17-21
Veneroni, M.      14-40
Vetterling, W.T.      5-8 14-3 15-4 A-2
Vigneron, J.P.      5-10
Voigt localization      183
Volait, F.      18-40
von Nagy-Felsobuki, E.I.      2-8
Voronoi regions      247
Voronoi, G.      10-6
Vurgaftman I.      5-22 8-5 8-13 8-14 8-16 8-17 8-19 8-20 8-22 8-43 8-48 8-51—8-53 8-56—8-58 12-11
W laser      204
Wait, R.      9-6
Walcher, H.      17-18
Walecka, J.D.      1-19 6-11 14-35 17-9 B-7 C-13
Walker, J.      5-29
Walker, R.L.      C-3
Wallis, R.F.      17-5
Walrod, D.      12-20
Wang, C.K.      13-30
Wang, Q.      13-50
Wang, X.H.      13-52
Wang, Z.D.      13-50
Warsi, Z.U.A.      10-3
Watson, D.F.      10-9
Watson, J.O.      16-13 18-43
Watson, K.M.      13-13
wavefunction      5 9
Wavefunction engineering      196
Wavefunction engineering, FEM modeling      211
Wavefunction engineering, heterostructure architecture      210
Wavefunction engineering, heterostructure optimization      204
Wavefunction engineering, laser design      210
Wavefunction engineering, W-laser      200 204
Wavefunction, completeness      9
Wavefunction, nodal      120
Wavefunction, normalization      9
Wavefunctions, local vs. global      105
Webb, D.      18-23
Webb, J.R      9-9
Weedon, W.H.      13-40
Weeks, D.E.      14-7
Weight functions      114
Weighted residuals      114
Weil, J.A.      11-31
Weimann, G.      7-8
Weinstock, R.      1-11
Weisbuch, C.      8-7
Weisshaar, A.      13-15 13-16
Wendland, W.L.      18-32 18-35
Wentzel, G.      5-13
West, L.      8-41
Westervelt, R.M.      6-15 6-16
Wharam, D.A.      13-3 18-4
Whiteman, J.      14-29 18-35
Wiegmann, W.      12-3
Wilkinson, J.H.      15-5
Willardson, R.K.      12-1
Williamson, J.G.      13-4 18-3
Willoughby, R.A.      15-36
Wilson, E.      2-4 11-14 15-21
WKB approximation      123
Wokaun, A.      17-33
Wolff, R.A.      12-15 12-20 17-2 17-3 17-15 17-17 17-29
Wolpert, S.      18-23
Wong, K.B.      12-6
Wood, D.M.      15-32
Wood, W.L.      14-20
Wrobel, L.C.      16-5 17-23 C-10
Wu, G.Y.      7-4
Wu, H.      8-54 13-24
Wu, J.C.      13-15 13-16
Wu, S.-Y.      12-6
Wunner, G.      11-5
Wybourne, M.N.      13-15 13-16
Wyld, H.W.      13-25
Xia, J.B.      7-5 7-12
Xie, H.      12-18 17-17
Xie, Y.L.      5-34
Xuan, Y.      5-38
Yamamoto, Y.      15-26
Yang, B.H.      8-54 8-55
Yang, D.D.      5-32
Yang, G.L.      5-37
Yang, G.Z.      5-34
Yang, R.Q.      8-11 8-14 8-35 8-43 8-50 8-54 8-55
Yee, K.S.      14-9
Yindeepol, W.      13-15
Yoo, K.H.      5-28 8-27 8-30 8-31 12-8 12-23 14-17
Yoo, S.J.B.      5-31
Yoshino, J.      6-6
Young, R M.      8-36 8-42
Youngdale, E.R.      8-42 12-21
Youngs, I.      17-34
Yourgrau, W.      1-10
Yu, H.      11-39
Yuan, S.Q.      13-17
Zhang, D.      8-43 8-54—8-56
Zhang, F.C.      5-36 5-38
Zhou, Y.L.      5-34
Zhu, J.Z.      4-11
Zienkiewicz, O.C.      1-28 2-5 3-2 3-8 4-9—4-11 4-12 4-15 4-16 9-1 10-2 18-37 18-39 18-40
Zilberman, G.E.      7-10
Zinn-Justin, J.      11-6
Zlamal, M.      9-3
Zotova, N.V.      8-39
Zunger, A.      15-32
Zwillinger, D.      A-6

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