- Email: [email protected]
Program index to volume 112
Computer Physics Communications ELSEVIER
ComputerPhysicsCommunications112 (1998) 277
Program index to volume 112 Condensed matter and surface science ADHZ, PAD1 (Fortran, 1202 lines). Computation of photoelectron and Auger-electron diffraction. I. Preparation of input data for the cluster calculation PAD1, Chen, X. and D.K. Saldin ADIA, PAD2 (Fortran 2855 lines).Computation of photoelectron and Auger-electron diffraction. II. Multiple scattering cluster calculation PAD2, Harp, G.R., Y. Ueda, X. Chen and D.K. Saldin ADIB, PAD3 (Fortran, 1822 lines). Computation of photoelectron and Auger-electron diffraction. III. Evaluation of angle-resolved intensities PAD3, Chen, X., G.R. Harp, Y. Ueda and D.K. Saldin ADIL, JavaFit (Java, 3142 lines). JavaFit: a platform independent program for interactive nonlinear least-squares fitting using the Levenberg-Marquardt method, Robinson, A.W.
112(1998)
67
112(1998)
80
112 (1998) 91 112 (1998) 183
Electrostatics and electromagnetics ADIJ, ONYX (Fortran, 12344 lines). A program for calculating photonic band structures and Green's functions using a non-orthogonal FDTD method, Ward, A.J. and J.B. Pendry
112 (1998) 23
Elementary particle physics ADII, mandelstam (Fortran, 347 lines). Solving the gluon Dyson-Schwinger equation in the Mandelstam approximation, Hauck, A., L. von Smekal and R. Alkofer ADIH, gluonghost (Fortran, 247 lines). Solving a coupled set of truncated QCD DysonSchwinger equations, Hauck, A., L. von Smekal and R. Alkofer ADIG, SUSYGEN 2.2 (Fortran, 18846 lines). SUSYGEN 2.2 - A Monte Carlo event generator for MSSM sparticle production at e+e - colliders, Katsanevas, S. and P. Morawitz
112 (1998) 149 112 (1998) 166
112 (1998) 227
Nuclear physics ADHP, bspFEM.cc (C + +, 4528 lines). B-spline finite elements and their efficiency in solving relativistic mean field equations, PSschl, W. ADIK, PLD (Fortran, 22728 lines). Partial level densities for nuclear data calculations, Avrigeanu, M. and V. Avrigeanu
112 (1998) 42 112 (1998) 191
ComputerPhysicsCommunications112 (1998) 277
Program index to volume 112 Condensed matter and surface science ADHZ, PAD1 (Fortran, 1202 lines). Computation of photoelectron and Auger-electron diffraction. I. Preparation of input data for the cluster calculation PAD1, Chen, X. and D.K. Saldin ADIA, PAD2 (Fortran 2855 lines).Computation of photoelectron and Auger-electron diffraction. II. Multiple scattering cluster calculation PAD2, Harp, G.R., Y. Ueda, X. Chen and D.K. Saldin ADIB, PAD3 (Fortran, 1822 lines). Computation of photoelectron and Auger-electron diffraction. III. Evaluation of angle-resolved intensities PAD3, Chen, X., G.R. Harp, Y. Ueda and D.K. Saldin ADIL, JavaFit (Java, 3142 lines). JavaFit: a platform independent program for interactive nonlinear least-squares fitting using the Levenberg-Marquardt method, Robinson, A.W.
112(1998)
67
112(1998)
80
112 (1998) 91 112 (1998) 183
Electrostatics and electromagnetics ADIJ, ONYX (Fortran, 12344 lines). A program for calculating photonic band structures and Green's functions using a non-orthogonal FDTD method, Ward, A.J. and J.B. Pendry
112 (1998) 23
Elementary particle physics ADII, mandelstam (Fortran, 347 lines). Solving the gluon Dyson-Schwinger equation in the Mandelstam approximation, Hauck, A., L. von Smekal and R. Alkofer ADIH, gluonghost (Fortran, 247 lines). Solving a coupled set of truncated QCD DysonSchwinger equations, Hauck, A., L. von Smekal and R. Alkofer ADIG, SUSYGEN 2.2 (Fortran, 18846 lines). SUSYGEN 2.2 - A Monte Carlo event generator for MSSM sparticle production at e+e - colliders, Katsanevas, S. and P. Morawitz
112 (1998) 149 112 (1998) 166
112 (1998) 227
Nuclear physics ADHP, bspFEM.cc (C + +, 4528 lines). B-spline finite elements and their efficiency in solving relativistic mean field equations, PSschl, W. ADIK, PLD (Fortran, 22728 lines). Partial level densities for nuclear data calculations, Avrigeanu, M. and V. Avrigeanu
112 (1998) 42 112 (1998) 191