Computational Physics |
Contents
Preface v | 1 |
Ordinary Differential Equations | 23 |
Boundary Value and Eigenvalue Problems | 49 |
Copyright | |
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2020 input variables 6010 subroutine 6030 output variables 6040 global variables Addison Wesley Publishing algorithm analytical approximation array BEEP boundary conditions central potential COLOR 15 COMPUTATIONAL PHYSICS configuration Copyright 1985 cross section cursor DATA density derivative eigenvalues eigenvectors electrons energy ensemble error evaluate formula Gaussian global variables GOSUB GOTO graph Hartree-Fock header screen Imax INPUT Enter integral iteration Koonin lattice points Lennard-Jones potential LINE LOCATE 19 LOCATE ROW loop matrix method MONO Monte Carlo NPTS parameters partial wave particle POKE potential PRINT SPACES 79 PRINT Try PRINT Type problem quadrature radius relaxation RETURN scattering scattering amplitude Schroedinger equation sigma SIGTOT Simpson's rule solution solve SPACES 55 step Steven E stream function subroutine subroutine to calculate subroutine to display THETA tion trajectory tri-diagonal vector VZERO wavefunction Wesley Publishing Company zero ㅁㅁㅁ ㅁㅁㅁ