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Author index to volume 31
445
AUTHOR INDEX TO VOLUME 31 Iss~iePage 4
433 Anderson, D.V.
4
433 Anderson, DV.
4
433 Anderson, D.V.
4
433 Anderson, D.V.
4
297 Baylis, WE.
4 2 2 2 1 1 4 4 1 2 2 4 1 2 1
Erratum. ILUCG2: subprograms for the solution of a linear asymmetric matrix equation arising from a 9—point discretization. (C.P.C. 30(1983)31). Erratum. ICCG2: subprograms for the solution of a linear symmetric matrix equation arising from a 9—point discretization. (C.P.C. 30(1983)37). Erratum. ILUCG3: subprograms for the solution of a linear asymmetric matrix equation arising from a 7, 15, 19 or 27 point 3D discretization. (C.P.C. 30(1983)43). Erratum. ICCG3: subprograms for the solution of a linear symmetric matrix equation arising from a 7, 15, 19 or 27 point 3D discretization. (C.P.C. 30(1983)51).
Locating minima of a hypersurface: a modification of the Levenberg—Marquardt method. 323 Bengtsson, H—U. The Lund Monte Carlo for high—pT physics. 213 Bhattacharjee, A. Variational method for three—dimensional toroidal equilibria. 137 Caloz, G. On the numerical approximation of a free boundary problem related to MHD equilibria. 155 Casci, F. Calculation of axially symmetric resistive steady—state plasma equilibria in terms of pressure distributions. 29 Charalambous, S. A new version of MINUIT program for a PDP11/34A computer system. 29 Chardalas, M. A new version of MINUIT program for a PDP11/34A computer system. 363 Cook, J. HERMES: an optical model search program including tensor potentials for projectile spins 0 to 3/2. 357 Costa, G.M. Murnaghan’s rule and the irreducible characters of the symmetric group. 29 Dedoussis, Sp. A new version of MINUIT program for a PDP11/34A computer system. 213 Dewar, R.L. Variational method for three—dimensional toroidal equilibria. 149 Edery, D. Calculations of stationary solutions for the non—linear viscous resistive MHD equations in slab geometry. 357 Egecioglu, 0. Murnaghan’s rule and the irreducible characters of the symmetric group. 47 Errea, L,F. Calculation of the auxiliary functions Fm(z). 143 Feneberg, W. Fast control of the plasma surface. 53 Gadjokov, V. Numerical generation and use of orthonormal polynomials I. ORT1 — a one—dimensional package for the solution of fitting, differentiation and integration problems.
446
1
Author index to volume 31
75
Gerratt, J.
2 4
123 Goedbloed, J.P. 411 Hanssgen, K.
4
431 Haydock, R.
4
287 Hoshino, T.
1
89
2 1
Jakab, L.
269 Jandl, 0. 53
Jordanova, J.
2 2
249 Kerner, W. 269 Kerner, W.
1 2 2
97 Kolbig, K.S. 143 Lackner, K. 201 Lao, L.L.
4 1
303 Luchini, P. 75 Manley, J.C.
2 1 2
143 Martin, P. 47 Mendez, L. 115 Merkel, P.
1
41
4
Miller, H.G.
419 Morgan, L.A.
1
1
Nazarewicz, W.
2
115
Nuhrenberg, J.
1 1
13 1
Odstrcil, D. Pindor, M.
4
297 Pradhan, A.D.
2
137 Rappaz, J.
4 1 4
423 Ridder, D. 47 Riera, A. 393 Ritter, S.
DIRECTOR: a program for calculating representation matrices of the symmetric group in the Yamanouchi Kotani basis or in a direct product basis. Some remarks on computing axisymmetric equilibria. The Monte Carlo code DECAY to simulate the decay of baryon and meson resonances. Computational advantages of the recursion and Lanczos methods. Processing of molecular dynamics model by the parallel computer ‘FAX’. A simple procedure for numerical approximation of the Fm(z) functions with complex argument. Axisymmetric MHD equilibria with flow. Numerical generation and use of orthonormal polynomials I. ORT1 — a one—dimensional package for the solution of fitting, differentiation and integration problems. Axisymmetric, non—ideal MHD states with steady flow. Axisymmetric MHD equilibria with flow. A program package for the Landau distribution. Fast control of the plasma surface. Variational moment method for computing magnetohydrodynamic equilibria. Two—dimensional numerical integration using a square mesh. DIRECTOR: a program for calculating representation matrices of the symmetric group in the Yamanouchi Kotani basis or in a direct product basis. Fast control of the plasma surface. Calculation of the auxiliary functions Fm(z). HASE — a quasi—analytical 2D MHD equilibrium code. A packed storage program for angular momentum coupling coefficients. A generalized R—matrix propagation program for solving coupled second—order differential equations. Multidimensional automatic integrator (MDAI) — an efficient routine for automatic integration of functions of many variables. HASE — a quasi—analytical 2D MHD equilibrium code. BOREAS: a program for 1—D ideal fluid dynamics with shocks. Multidimensional automatic integrator (MDAI) — an efficient routine for automatic integration of functions of many variables. Locating minima of a hypersurface: a modification of the Levenberg—Marquardt method. On the numerical approximation of a free boundary problem related to MHD equilibria. Determination of interacting configurations. Calculation of the auxiliary functions Fm(z). Monte Carlo code BAMJET to simulate the fragmentation of quark and diquark jets.
Author index to volume 31
4
401
Ritter, S.
4
411
Ritter, S.
1 1 2
97 Schorr, B. 113 Schwarz, F. 167 Schwenn, U.
2
227 Shestakov, Al.
4
433 Shestakov, Al.
4
433 Shestakov, Al.
2
235 Sparks, L.
4
287 Takenouchi, K.
4 2 1
385 Thompson, D. 235 Turnbull, A.D. 41 Vermaak, C.F.
1
41
Vermaak, D.
4 4
311 Visscher, P.B. 319 Visscher, P.B.
4 4
385 Von Meerwall, 431 Weaire, D.L.
2 2 2
249 Weitzner, H. 213 Wiley, J.C. 155 Zehrfeld, H.P.
Monte Carlo code PARJET to simulate e+e——annihilation events via QCD jets. The Monte Carlo code DECAY to simulate the decay of baryon and meson resonances. A program package for the Landau distribution. Lie symmetries of the von Karman equations. Fourier versus difference methods in computing three—dimensional MHD equilibria. Application of the implicit Fourier expansion method to the calculation of three—dimensional equilibria by the iterative method. Erratum. ILUCG2: subprograms for the solution of a linear asymmetric matrix equation arising from a 9—point discretization. (C.P.C. 30(1983)31). Erratum. ICCG2: subprograms for the solution of a linear symmetric matrix equation arising from a 9—point discretization. (C.P.C. 30(1983)37). Compact torus—ion ring hybrid equilibria. Processing of molecular dynamics model by the parallel computer ‘PAX’. A Fortran program for reduction of NMR relaxation data. Compact torus—ion ring hybrid equilibria. A packed storage program for angular momentum coupling coefficients. A packed storage program for angular momentum coupling coefficients. Simple compact tree storage of a multidimensional array. User—friendly routines for tree storage and retrieval of multidimensional arrays. E.D.A Fortran program for reduction of NMR relaxation data. Computational advantages of the recursion and Lanczos methods. Axisymmetric, non—ideal MHD states with steady flow. Variational method for three—dimensional toroidal equilibria. Calculation of axially symmetric resistive steady—state plasma equilibria in terms of pressure distributions.
447
AUTHOR INDEX TO VOLUME 31 Iss~iePage 4
433 Anderson, D.V.
4
433 Anderson, DV.
4
433 Anderson, D.V.
4
433 Anderson, D.V.
4
297 Baylis, WE.
4 2 2 2 1 1 4 4 1 2 2 4 1 2 1
Erratum. ILUCG2: subprograms for the solution of a linear asymmetric matrix equation arising from a 9—point discretization. (C.P.C. 30(1983)31). Erratum. ICCG2: subprograms for the solution of a linear symmetric matrix equation arising from a 9—point discretization. (C.P.C. 30(1983)37). Erratum. ILUCG3: subprograms for the solution of a linear asymmetric matrix equation arising from a 7, 15, 19 or 27 point 3D discretization. (C.P.C. 30(1983)43). Erratum. ICCG3: subprograms for the solution of a linear symmetric matrix equation arising from a 7, 15, 19 or 27 point 3D discretization. (C.P.C. 30(1983)51).
Locating minima of a hypersurface: a modification of the Levenberg—Marquardt method. 323 Bengtsson, H—U. The Lund Monte Carlo for high—pT physics. 213 Bhattacharjee, A. Variational method for three—dimensional toroidal equilibria. 137 Caloz, G. On the numerical approximation of a free boundary problem related to MHD equilibria. 155 Casci, F. Calculation of axially symmetric resistive steady—state plasma equilibria in terms of pressure distributions. 29 Charalambous, S. A new version of MINUIT program for a PDP11/34A computer system. 29 Chardalas, M. A new version of MINUIT program for a PDP11/34A computer system. 363 Cook, J. HERMES: an optical model search program including tensor potentials for projectile spins 0 to 3/2. 357 Costa, G.M. Murnaghan’s rule and the irreducible characters of the symmetric group. 29 Dedoussis, Sp. A new version of MINUIT program for a PDP11/34A computer system. 213 Dewar, R.L. Variational method for three—dimensional toroidal equilibria. 149 Edery, D. Calculations of stationary solutions for the non—linear viscous resistive MHD equations in slab geometry. 357 Egecioglu, 0. Murnaghan’s rule and the irreducible characters of the symmetric group. 47 Errea, L,F. Calculation of the auxiliary functions Fm(z). 143 Feneberg, W. Fast control of the plasma surface. 53 Gadjokov, V. Numerical generation and use of orthonormal polynomials I. ORT1 — a one—dimensional package for the solution of fitting, differentiation and integration problems.
446
1
Author index to volume 31
75
Gerratt, J.
2 4
123 Goedbloed, J.P. 411 Hanssgen, K.
4
431 Haydock, R.
4
287 Hoshino, T.
1
89
2 1
Jakab, L.
269 Jandl, 0. 53
Jordanova, J.
2 2
249 Kerner, W. 269 Kerner, W.
1 2 2
97 Kolbig, K.S. 143 Lackner, K. 201 Lao, L.L.
4 1
303 Luchini, P. 75 Manley, J.C.
2 1 2
143 Martin, P. 47 Mendez, L. 115 Merkel, P.
1
41
4
Miller, H.G.
419 Morgan, L.A.
1
1
Nazarewicz, W.
2
115
Nuhrenberg, J.
1 1
13 1
Odstrcil, D. Pindor, M.
4
297 Pradhan, A.D.
2
137 Rappaz, J.
4 1 4
423 Ridder, D. 47 Riera, A. 393 Ritter, S.
DIRECTOR: a program for calculating representation matrices of the symmetric group in the Yamanouchi Kotani basis or in a direct product basis. Some remarks on computing axisymmetric equilibria. The Monte Carlo code DECAY to simulate the decay of baryon and meson resonances. Computational advantages of the recursion and Lanczos methods. Processing of molecular dynamics model by the parallel computer ‘FAX’. A simple procedure for numerical approximation of the Fm(z) functions with complex argument. Axisymmetric MHD equilibria with flow. Numerical generation and use of orthonormal polynomials I. ORT1 — a one—dimensional package for the solution of fitting, differentiation and integration problems. Axisymmetric, non—ideal MHD states with steady flow. Axisymmetric MHD equilibria with flow. A program package for the Landau distribution. Fast control of the plasma surface. Variational moment method for computing magnetohydrodynamic equilibria. Two—dimensional numerical integration using a square mesh. DIRECTOR: a program for calculating representation matrices of the symmetric group in the Yamanouchi Kotani basis or in a direct product basis. Fast control of the plasma surface. Calculation of the auxiliary functions Fm(z). HASE — a quasi—analytical 2D MHD equilibrium code. A packed storage program for angular momentum coupling coefficients. A generalized R—matrix propagation program for solving coupled second—order differential equations. Multidimensional automatic integrator (MDAI) — an efficient routine for automatic integration of functions of many variables. HASE — a quasi—analytical 2D MHD equilibrium code. BOREAS: a program for 1—D ideal fluid dynamics with shocks. Multidimensional automatic integrator (MDAI) — an efficient routine for automatic integration of functions of many variables. Locating minima of a hypersurface: a modification of the Levenberg—Marquardt method. On the numerical approximation of a free boundary problem related to MHD equilibria. Determination of interacting configurations. Calculation of the auxiliary functions Fm(z). Monte Carlo code BAMJET to simulate the fragmentation of quark and diquark jets.
Author index to volume 31
4
401
Ritter, S.
4
411
Ritter, S.
1 1 2
97 Schorr, B. 113 Schwarz, F. 167 Schwenn, U.
2
227 Shestakov, Al.
4
433 Shestakov, Al.
4
433 Shestakov, Al.
2
235 Sparks, L.
4
287 Takenouchi, K.
4 2 1
385 Thompson, D. 235 Turnbull, A.D. 41 Vermaak, C.F.
1
41
Vermaak, D.
4 4
311 Visscher, P.B. 319 Visscher, P.B.
4 4
385 Von Meerwall, 431 Weaire, D.L.
2 2 2
249 Weitzner, H. 213 Wiley, J.C. 155 Zehrfeld, H.P.
Monte Carlo code PARJET to simulate e+e——annihilation events via QCD jets. The Monte Carlo code DECAY to simulate the decay of baryon and meson resonances. A program package for the Landau distribution. Lie symmetries of the von Karman equations. Fourier versus difference methods in computing three—dimensional MHD equilibria. Application of the implicit Fourier expansion method to the calculation of three—dimensional equilibria by the iterative method. Erratum. ILUCG2: subprograms for the solution of a linear asymmetric matrix equation arising from a 9—point discretization. (C.P.C. 30(1983)31). Erratum. ICCG2: subprograms for the solution of a linear symmetric matrix equation arising from a 9—point discretization. (C.P.C. 30(1983)37). Compact torus—ion ring hybrid equilibria. Processing of molecular dynamics model by the parallel computer ‘PAX’. A Fortran program for reduction of NMR relaxation data. Compact torus—ion ring hybrid equilibria. A packed storage program for angular momentum coupling coefficients. A packed storage program for angular momentum coupling coefficients. Simple compact tree storage of a multidimensional array. User—friendly routines for tree storage and retrieval of multidimensional arrays. E.D.A Fortran program for reduction of NMR relaxation data. Computational advantages of the recursion and Lanczos methods. Axisymmetric, non—ideal MHD states with steady flow. Variational method for three—dimensional toroidal equilibria. Calculation of axially symmetric resistive steady—state plasma equilibria in terms of pressure distributions.
447