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Contents to volume 29
CONTENTS TO VOLUME 29
COMPUTAT I ONAL PHYS I CS
Issue Page 1
1
Some numerical experiments on Higgs model.
1
7
The regeneration of Fortran software.
1
15
2
109
OLYMPUS conventions.
VS. Manoranjan
K.V. Roberts
M.H. Hughes and K.V. Roberts
A geometric approach for mapping of derivatives.
E. Keren
and 0. Kafri 2
113
Accurate basis sets for atomic configuration interaction calculations.
Poon Ying Ming
2
117
Calculation of the fourth—order triple—excitation contribution to MB RSPT by using spatial symmetry properties of molecules. J. Noga
2
125
Fast relaxation method for solving the difference problem for the Poisson equation on a sequence of grids. E.A. Ayrjan, E.P. Zhidkov and B.N. Khoromsky
3
211
Central partial difference propagation algorithms. PD. Drummond
3
227
On the spline—based method for experimental data deconvolution. L.L. kosachevskaya, V.V. Romanovtsev and I.E. Shparlinskiy
4
321
A generalized algorithm for the solution of the inverse problem of nuclear reactor kinetics. S. Das
428
Contents to volume 29
COMPUTER PROGRAMS IN PHYS I CS Issue Page 1
45
The OLYMPUS Fortran compositpr.
M.H. Hughes and
K.V. Roberts 1
59
The OLYMPUS Fortran generator. K.V. Roberts
1
73
NUCADA: two adaptations of the system NUCORE for nuclear structure calculations. C.A. Heras and S.M. Abecasis
1
87
Two centre overlap integrals of numerical wavefunctions. R.P. Gupta, Rashmi—Rekha and S. Pal
1
97
Monte Carlo simulation of pure U(N) and SU(N) lattice gauge theories with fundamental and adjoint couplings. R.W.B. Ardill, K.J.M. Moriarty and M. Creutz
2
131
A program to analyze series of Mossbauer spectra. E. Verbiest
2
155
Efficient implementation of the Monte Carlo method for lattice gauge theory calculations on the Floating Point Systems FPS—164. K.J.M. Moriarty and J.E. Blackshaw
2
163
Counting a small number of radioactive atoms. program. K.T. Ekholm and A.M. Aurela
2
171
ERIKA: a program for the decomposition of line spectra. M. Rysavy and M. Fiser
2
185
Monte Carlo simulation of radiative corrections to the processes e+e— mu+mu— and e+e— q(bar)q in the ZO region. F.A. Berends, R. Kleiss and S. Jadach —~
M.H. Hughes and
Monte Carlo
—~
2
201
Weight multiplicity for Cartan classes. and C. Oleari
V. Amar, U. Dozzio
3
231
CONCON: a code for constrained minimization without derivative computation. A. Buckley
3
237
Micro/mini computer program for calculating the square root of rat.ionals at arbitrary precision. J. Demsky, M. Schlesinger and R.D. Kent
Contents to volume 29
429
COMPUTATIONAL PHYSICS (CONT.)
Issue Page 3
245
Complex zeros of analytic functions. M.S. Craig and R.C. McPhedran
L.C. Botten,
3
261
An expansion of complicated functions using Chebyshev polynomials suitable for fast calculation. M.O. Caceres, H.S. Wio and R.J.J. Stamm’ler
3
269
Programs “CELESTE” and “STELLA” for computations in special relativity: evaluation of the celestial view from an interstellar spacecraft. E. Sheldon and R.H. Giles
3
287
SEURAT: a Monte Carlo algorithm for calculating neutral gas transport in non—circular axisymmetric toroidal plasmas. D.B. Heifetz and D.E. Post
3
301
A general program to compute two electron repulsion integrals. P. Habitz and E. Clementi
3
307
ATOMDIAT: a program for calculating variationally exact ro— vibrational levels of “floppy” triatomics. J. Tennyson
4
333
A program for the calculation of Landau—Zener cross sections and rate coefficients. S. Bienstock
4
341
A Pascal program for calculating the reduced Coulomb Green’s functions and their partial waves. J. Mlodzki, J. Kuszkowski and M. Suffczynski
4
351
Molecular associations.
4
361
CHPACK: a package for the manipulation of Chebyshev
4
375
approximations. B. D’Aguanno, A. Nobile and E. Roman NUDENS: a Nilsson—Bardeen—Cooper—Schrieffer code at finite nuclear temperature. G. Maino, M. Vaccari and A. Ventura
4
391
DWBA calculations of continuum spectra of nuclear reactions.
S. Fraga
T. Tamura, T. Udagawa and M. Benhamou 4
417
Erratum notice. Calculation of photoemission spectra for surfaces of solids. J.F.L. Hopkinson, J.B. Pendry and D.J. Titterington
COMPUTAT I ONAL PHYS I CS
Issue Page 1
1
Some numerical experiments on Higgs model.
1
7
The regeneration of Fortran software.
1
15
2
109
OLYMPUS conventions.
VS. Manoranjan
K.V. Roberts
M.H. Hughes and K.V. Roberts
A geometric approach for mapping of derivatives.
E. Keren
and 0. Kafri 2
113
Accurate basis sets for atomic configuration interaction calculations.
Poon Ying Ming
2
117
Calculation of the fourth—order triple—excitation contribution to MB RSPT by using spatial symmetry properties of molecules. J. Noga
2
125
Fast relaxation method for solving the difference problem for the Poisson equation on a sequence of grids. E.A. Ayrjan, E.P. Zhidkov and B.N. Khoromsky
3
211
Central partial difference propagation algorithms. PD. Drummond
3
227
On the spline—based method for experimental data deconvolution. L.L. kosachevskaya, V.V. Romanovtsev and I.E. Shparlinskiy
4
321
A generalized algorithm for the solution of the inverse problem of nuclear reactor kinetics. S. Das
428
Contents to volume 29
COMPUTER PROGRAMS IN PHYS I CS Issue Page 1
45
The OLYMPUS Fortran compositpr.
M.H. Hughes and
K.V. Roberts 1
59
The OLYMPUS Fortran generator. K.V. Roberts
1
73
NUCADA: two adaptations of the system NUCORE for nuclear structure calculations. C.A. Heras and S.M. Abecasis
1
87
Two centre overlap integrals of numerical wavefunctions. R.P. Gupta, Rashmi—Rekha and S. Pal
1
97
Monte Carlo simulation of pure U(N) and SU(N) lattice gauge theories with fundamental and adjoint couplings. R.W.B. Ardill, K.J.M. Moriarty and M. Creutz
2
131
A program to analyze series of Mossbauer spectra. E. Verbiest
2
155
Efficient implementation of the Monte Carlo method for lattice gauge theory calculations on the Floating Point Systems FPS—164. K.J.M. Moriarty and J.E. Blackshaw
2
163
Counting a small number of radioactive atoms. program. K.T. Ekholm and A.M. Aurela
2
171
ERIKA: a program for the decomposition of line spectra. M. Rysavy and M. Fiser
2
185
Monte Carlo simulation of radiative corrections to the processes e+e— mu+mu— and e+e— q(bar)q in the ZO region. F.A. Berends, R. Kleiss and S. Jadach —~
M.H. Hughes and
Monte Carlo
—~
2
201
Weight multiplicity for Cartan classes. and C. Oleari
V. Amar, U. Dozzio
3
231
CONCON: a code for constrained minimization without derivative computation. A. Buckley
3
237
Micro/mini computer program for calculating the square root of rat.ionals at arbitrary precision. J. Demsky, M. Schlesinger and R.D. Kent
Contents to volume 29
429
COMPUTATIONAL PHYSICS (CONT.)
Issue Page 3
245
Complex zeros of analytic functions. M.S. Craig and R.C. McPhedran
L.C. Botten,
3
261
An expansion of complicated functions using Chebyshev polynomials suitable for fast calculation. M.O. Caceres, H.S. Wio and R.J.J. Stamm’ler
3
269
Programs “CELESTE” and “STELLA” for computations in special relativity: evaluation of the celestial view from an interstellar spacecraft. E. Sheldon and R.H. Giles
3
287
SEURAT: a Monte Carlo algorithm for calculating neutral gas transport in non—circular axisymmetric toroidal plasmas. D.B. Heifetz and D.E. Post
3
301
A general program to compute two electron repulsion integrals. P. Habitz and E. Clementi
3
307
ATOMDIAT: a program for calculating variationally exact ro— vibrational levels of “floppy” triatomics. J. Tennyson
4
333
A program for the calculation of Landau—Zener cross sections and rate coefficients. S. Bienstock
4
341
A Pascal program for calculating the reduced Coulomb Green’s functions and their partial waves. J. Mlodzki, J. Kuszkowski and M. Suffczynski
4
351
Molecular associations.
4
361
CHPACK: a package for the manipulation of Chebyshev
4
375
approximations. B. D’Aguanno, A. Nobile and E. Roman NUDENS: a Nilsson—Bardeen—Cooper—Schrieffer code at finite nuclear temperature. G. Maino, M. Vaccari and A. Ventura
4
391
DWBA calculations of continuum spectra of nuclear reactions.
S. Fraga
T. Tamura, T. Udagawa and M. Benhamou 4
417
Erratum notice. Calculation of photoemission spectra for surfaces of solids. J.F.L. Hopkinson, J.B. Pendry and D.J. Titterington