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

Hinton, E.E.      2-15 13-48 14-20
Hoffman, C.A.      8-20 8-21 8-35 8-37 8-40 8-42 8-46 8-47 12-21
Hoffman, R.W.      17-13
Holden, A.J.      17-34
Holonyak, Jr., N.      8-44
Holstein, B.R.      5-14
Hopkins, D.A.      18-38
Hopkins, P.F.      6-16
Hotta, T.      6-6
Howard, W.E.      6-7
Hrenikoff, A.      1-23
Huang, Kun      7-12
Huang, Y.      5-34
Hughes, T.J.R.      2-6 5-5 14-19 14-26 15-35
Hung, K.M.      7-4
Hutchinson, A.L.      8-49 8-53
Huxtable, B.D.      2-21 11-22
Hwang, D.M.      12-4
Hydrogen atom      39 80
Hydrogen atom in magnetic field      257
Hydrogen atom in magnetic field, intermediate regime      258
Hydrogen atom, boundary conditions      40
Hydrogen atom, global matrices      42
Hydrogen atom, p-states in magnetic field      261
Hylleraas, A.      15-31
Hylleraas, E.A.      11-19
Iafrate, G.J.      13-32
Imry, Y.      13-2 13-7 18-2
Infinite domains      76
Initial value problem shooting method      329
Inoue, K.      6-6
Integration triangular element      237
Interface boundary condition in two dimensions      287
Interpolating polynomial uniqueness      84
Interpolation over a triangle      223
Interpolation polynomials      19
Interpolation polynomials, error      84
Interpolation polynomials, Hermite      63 66
Interpolation polynomials, Hermite, cubic      68
Interpolation polynomials, Hermite, quintic      68
Interpolation polynomials, hierarchy      83
Interpolation polynomials, Lagrange      63
Interpolation polynomials, quadratic      65
Interpolation polynomials, using Mathematica      72
Isoparametric mapping      223
Isoparametric representation of curves and surfaces      228
Isospectrality      493
Isospectrality in organic molecules      494
Itoh, T.      18-12
Iwata, S.      3-11
Jackiw, R.      14-43
Jackson, J.D.      16-1 18-16 B-6 C-1
Jacobian      40
Jacobian, global to local      222
Jacobian, global to local, triangular element      224
Jaffe, R.L.      13-27 13-28
Jammer, M.      1-7
Jaros, M.      12-6
Jaswon, M.A.      16-3 C-8
Jeffreys, H.      5-13
Jennings, A.      15-7
Ji, Z.L.      13-20 13-30
Jin, J.      13-36
Johansson, B.      11-1
Johnston, B.P.      10-13
Jolicard, G.      14-4
Jones, D.S.      18-8
Jones, G.A.C.      13-3 18-4
Jong, K.Y.      18-38
Judson, R.S.      14-5
Julien, F.H.      5-32
Kac, M.      18-22
Kagami, S.      17-26 18-5
Kanada, Y.      11-41
Kane, J.H.      16-7
Kang, C.S.      18-33
Kang, I.S.      10-4
Kapon, E.      12-4
Karandashev, S.A.      8-39
Karplus, M.      14-38
Karrlein, W.      14-4
Kaschiev, M.      11-13
Kaufman, L.      15-23
Kawamura, T.      13-18
Keldysh, L.V.      14-42
Keller, S.P.      11-3
Kelly, D.W.      18-39 18-40
Kerman, A.      14-39 14-43
Kerner, W.      15-22
Kesler, M.      13-44
Khoo, I.C.      8-21
Khurgin, J.      5-33
Kieweg, D.      14-28
Kim, K.T.      6-20
Kimura, T.      3-11
Kingsland, D.M.      13-41
Kirczenow, G.      13-11
Kirk, D.      10-16
Kirk, W.P.      8-9 13-22
Kirkner, D.J.      8-9 13-22 13-23 18-15
Kitahara, M.      18-19
Kittel, C.      5-40 6-3 7-9 8-23 10-5 15-20 17-1
Klauder, J.R.      B-4
Klein, B.M.      11-40
Kliewer, K.L.      17-11
Knipp, P.A.      17-19 18-17 18-28
Kobayashi, S.      18-19
Koidl, P.      17-18
Kojima, K.      18-18
Kolbas, R.M.      8-44
Koonin, S.      14-39
Koshiba, M.      5-12 5-19 8-33 18-6
Kosloff, R.      14-4 14-6
Kost, A.R.      8-41
Kouri, D.J.      14-5
Kouwenhoven, L.P.      13-4 18-3
Kramer, J.W.      5-16 8-28
Kramers, H.A.      5-13
Kravchenko, Y.P.      11-1 11-12
Kronecker $\delta$       64
Kronig — Penney potential      139
Krutar, R.A.      14-15
Krylov subspace      367 388
Kudrolli, A.      18-26
Kumar, A.      13-12
Kuzuoglu, M.      13-43
Kyuma, K.      18-18
Lagrange 2D interpolating polynomials      218
Lagrange multiplier      17
Lagrange polynomials      63
Lagrange shape functions, overcomplete      220
Lagrangian      4 11
Lagrangian, density      16
Lagrangian, Newton’s laws of motion      13
Laloyaux, T.      5-10
Lambin, P.      5-10
Lanczos diagonalization time-dependent problem      335
Lanczos, C.      14-24 15-34
Landau      172
Landau orbit center      174
Landau orbit radius      173
Landau, L.D.      1-4 1-18 5-2 7-1
Landauer conductance      300 470
Landauer, R.      13-1 13-2 18-2
Landolt      5-21 12-10
Langhoff, P.      14-38
LAPACK      36 42 361
Lapidus, I.R.      18-46
Lapidus, L.      9-7
Larsen, D.M.      11-15

Laux, S.E.      6-5
Lawrenson, P.J.      16-6
Lazzouni, M.      8-32 14-17
Le Guillou, J.C.      11-6
Le Lay, G.      8-7
Le, M.      18-41
Leal, I.S.      10-4
Leavens, C.R.      7-11
Leburton, J.P.      13-18
Lee, H.      8-48
Lee, J.      12-5
Lee, J.F.      13-41
Lee, R.      13-41
Lee, S.S.      6-20
Lee, Y.      13-8
Lee, Y.R.      5-24 5-25
Leforestier, C.      14-4
Legendre polynomials, p-adaptive polynomials      89
Lehman, D.R.      A-10
Lemons, D.S.      1-12
Lemus, R.      12-14
Lent, C.S.      13-21—13-23 18-15
Lerbinger, K.      15-22
Leung, A.Y.T.      10-11
Levin, F.S.      11-23 11-24 11-28
Levine, B.F.      5-29 5-30
Levy, M.      8-29
Lew Yan Voon, L.C.      5-26 5-35
Lewis, R.W.      13-48 14-20
Leyvarz, F.      12-14
Li, W.K.      18-47
Li, Y.      13-35
Liao, P.F.      17-33
Liberman, A.      11-1
Lifshitz, E.M.      1-4 1-18 5-2 7-1
Light, J.C.      3-12 14-23
Lighthill, M.J.      B-1
Lim, T.K.      18-46
Lin, C.-H.      8-35 8-43 8-47 8-54—8-56
Lin, K.      13-28
Lindhard dielectric function      443
Lindhard, J.      17-8
Lindle, J.R.      8-40
Linear interpolation      20 33
Linear interpolation, polynomials      65
Linear interpolation, shape functions      65
LINPACK      361
Lions, J.L.      14-50
Lipkin, N.      14-4
Liu, B.      15-29
Liu, C.      11-7
Liu, W.H.      15-11 15-12
Liu, Y.      18-30
Lo, S.H.      10-11
Local coordinate      66
Local density approximation      165
Local error      90
Logan, R.A.      12-3
Lourtioz, J.-M.      5-32
Lovold, S.      8-10
Lu, H.B.      5-34
LU-Decomposition      363
Lucas, A.A.      5-10
Lundquist, B.I.      6-12
Luo, H.      5-36—5-38 5-41
Ma, J.      18-41
Maan, J.C.      7-7 7-8
MacDonald, A.H.      11-18
MacDonald, J.K.L.      15-31
MacLachlan, M.J.      14-7
Macucci, M.      13-19 13-31
Madelung, O.      5-21 12-10
Magnetic field, Faraday geometry      177
Magnetic field, hydrogen atom      257
Magnetic field, parabolic well      166
Magnetic field, semiclassical model      188
Magnetic field, translational symmetry      183
Magnetic field, Voigt configuration      177
Magnetic field, Voigt geometry      179
Magyari, E.      2-13 5-15
Mahan, G.D.      6-11
Maier, G.      18-34
Majda, A.      13-34
Malik, R.J.      5-29
Malin, J.I.      8-20 8-35 8-47
Maloney, J.      13-44
Manasareh, M.O.      8-20
Mandelstam, S.      1-10
Manfra, M.J.      8-38
Mann, J.C.      6-19
Maple      42
Marcuvitz, N.      18-13
Margenau, H.      2-19
Markushevich, A.I.      B-5
Martin, H.C.      1-26
Martin, P.A.      18-31
Martinelli, R.U.      8-48
Martinet, E.      5-32
Martorell, J.      13-24
Mastin, C.W.      10-3
Mathematica      42
Matrix diagonalization, Davidson algorithm      383
Matrix diagonalization, Davidson algorithm, subspace enlargement      384
Matrix diagonalization, Householder method      371
Matrix diagonalization, iterative method      371
Matrix diagonalization, Jacobi method      371
Matrix diagonalization, Lanczos method      386
Matrix diagonalization, QZ algorithm      382
Matrix diagonalization, subspace iteration      378
Matrix equations, simultaneous equations      361
Matrix, banded      361
Matrix, bandwidth      361
Matrix, Bloch-periodic system, fully banded      372
Matrix, Cholesky decomposition      364 369
Matrix, Cholesky solver      365
Matrix, diagonally dominant      378
Matrix, eigenvalues and Sturm sequence      374
Matrix, ill-conditioned      369
Matrix, inverse vector iteration, eigenvalue      376
Matrix, inverse vector iteration, non-Hermitian matrix      377
Matrix, LDL-factorization      374
Matrix, LU-decomposition      364
Matrix, LU-factorization      363
Matrix, preconditioner      369
Matrix, similarity transformation      371
Matrix, solver, Gauss — Seidel      365
Matrix, solver, general minimum residual method (GMRES)      370
Matrix, solver, LU-decomposition      365
Matrix, solver, multigrid      365
Matrix, solver, SOR      365
Matrix, sparse      361
Matrix, subspace      374
Matthews, J.      C-3
Matveev, B.A.      8-39
Maurone, P.A.      18-46
Mavriplis, D.J.      10-12
Maximon, L.C.      A-10
Mazenko, G.      13-7
McCall, S.L.      17-29
McCormick, S.F.      15-15
McGill, T.C.      8-34
McHenry, D.      1-24
McKee, J.      15-10
McKenney, A.      2-3 5-9 15-1
McKeown, J.J.      15-7
McLennan, M.J.      13-8 18-14
McManus, J.B.      17-16
McQuillan, A.J.      17-27
Medina, F.      3-7
Meek, J.L.      3-6

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