DWUCK-4 DWUCK-5, Scattering Cross-Sections of Spin 0 and 1/2 and 1 Particles by DWBA

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1. NAME OR DESIGNATION OF PROGRAM

DWUCK-4 DWUCK-5.

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2. COMPUTERS

To submit a request, click below on the link of the version you wish to order. Rules for end-users are available here.

Program name	Package id	Status	Status date
DWUCK-5	NESC9872/07	Tested	03-MAR-1992
DWUCK-4	NESC9872/08	Tested	03-MAR-1992
DWUCK-4/IPNE	NESC9872/09	Tested	23-FEB-1996

Machines used:

Package ID	Orig. computer	Test computer
NESC9872/07	Many Computers	Many Computers
NESC9872/08	Many Computers	Many Computers
NESC9872/09	PC-80486	PC Pentium 75

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3. DESCRIPTION OF PROGRAM OR FUNCTION

DWUCK calculates the scattering differential cross section. The incoming and outgoing waves may be in any combination of spin 0, 1/2 or 1 particles.
DWUCK-4/IPNE: The changes made in IPNE-Bucharest concern a) the possibility to use energy-dependent optical potential parameter sets, which include also volume integrals of the real and imaginary potentials, and b) the calculation of renormalized DWBA cross sections by means of deformation parameters (BETA2) determined for best agreement with the experimental data, including c) the sum of the cross section corresponding to a number of excited states in the residual nucleus, and of its ratio to the total reaction cross section.

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4. METHODS

For DWUCK-4 the general form of the distorted wave Born approximation (DWBA) is used. The spin dependent parts of the optical potentials for the distorted waves must be diagonal in the total and orbital angular momentum. The calculations are per- formed in a zero range form between the coordinates of the incoming and outgoing waves. The particle transfer reactions can be treated with a local energy approximation for the finite range effects.
DWUCK-5 is the finite range version of DWUCK-4. The full finite range is calculated with the momentum expansion technique due to Lowell Charlton.

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5. RESTRICTIONS ON THE COMPLEXITY OF THE PROBLEM

Reactions such as heavy particle stripping and knock-on reactions cannot be calculated with DWUCK-4 since the finite range effects are important. For finite range effects DWUCK-5 should be used which has a limit of 200 partial waves, 400 integration steps and 40 expansion coefficients for each distorted wave.
Number of partial waves less or equal to 50.
Number of intrinsic channels (including elastic) less than or equal to 8.

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6. TYPICAL RUNNING TIME

The two test problems: (1) Ca40(d,p)Ca41 at 13.7 MeV; and (2) Zr91(d,He3)Y90 at 28.0 MeV require 2.2 seconds on a CDC 7600.

NESC9872/07

NEA-DB executed the test case included in this package on DEC VAX 8810 and IBM PC/AT computers. Required CPU times were: 6 minutes on the VAX; and 3 hours 45 minutes on the PC.

NESC9872/08

NEA-DB executed the test case included in this package on DEC VAX 8810 and IBM PC/AT computers. Required CPU times were: 26 seconds on the VAX; and 15 minutes on the PC.

NESC9872/09

The two sample problems provided in the package were executed at the NEA/DB on a PC-Brett with a Pentium processor of 75 MHz, with a base memory of 640 Kbyte and extended memory of 16 MByte. The required times to run the two sample problems were 5.5 and 46.2 seconds.

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7. UNUSUAL FEATURES OF THE PROGRAM

Both non-relativistic and rela- tivistic kinematics is available.

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8. RELATED OR AUXILIARY PROGRAMS

CHUCK a coupled channel code.

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9. STATUS

Package ID	Status date	Status
NESC9872/07	03-MAR-1992	Tested at NEADB
NESC9872/08	03-MAR-1992	Tested at NEADB
NESC9872/09	23-FEB-1996	Tested at NEADB

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10. REFERENCES

P.D. Kunz:
Instructions for the Use of DWUCK, A Distorted Wave Born Approximation Program, COO-535-606.
P.D. Kunz:
DWUCK4 Manual

NESC9872/07, included references:

- P.D. Kunz:
General Description of DWUCK5

NESC9872/08, included references:

- P.D. Kunz:
General Description of DWUCK4
- DWUCK4 - Distorted Waves (1 July 1978), U. Colorado-Version.

NESC9872/09, included references:

- M. Avrigeanu et al.:
  On the Overlap of Pre-Equilibrium and Direct Reaction Models
  Nucl. Part. Phys. 15(1989)L241-L247 (1989)
- M. Avrigeanu and V. Avrigeanu:
  Development of a Computerized System for the storage, Retrieval
  and Optimization of Optical Model Parameters for Nuclear Data
  Computations
  IPNE-Bucharest Report No. NP-83-1994 (October 1994)
- P.D. Kunz:
  General Description of DWUCK4
- DWUCK4 - Distorted Waves
  U. Colorado-Version (1 July 1978)

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11. HARDWARE REQUIREMENTS

511000 octal words fast core memory.

NESC9872/09

The program DWUCK-4 was installed and run on a PC-Brett with a Pentium processor of 75 MHz, base memory of 640 Kbyte and extended memory of 16 Mbyte. The filesize of the executable program is 148 Kbyte, the diskspace occupied by the source files is 326 Kbyte; less than 1 MByte of diskspace is required to store all the package files.

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12. PROGRAMMING LANGUAGE(S) USED

Package ID	Computer language
NESC9872/07	FORTRAN-77
NESC9872/08	FORTRAN-77
NESC9872/09	FORTRAN-77

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13. SOFTWARE REQUIREMENTS

SCOPE 2.1 or NOS/BE.

NESC9872/07

VMS v.5.3 (VAX 8810) with VAX FORTRAN-77 compiler; MS-DOS 3.20 (IBM/PC) with MS FORTRAN V5.00 compiler.

NESC9872/08

VMS v.5.3 (VAX 8810) with VAX FORTRAN-77 compiler; MS-DOS 3.20 (IBM/PC) with MS FORTRAN V5.00 compiler.

NESC9872/09

The program DWUCK-4 was installed and run on a PC-Brett with a Pentium processor of 75 MHz, running MS-DOS 6.2. The source files were compiled using the Microsoft FORTRAN compiler (Version 5.0) and linked using the Microsoft linker (Version 5.15). The utility NMAKE (Microsoft Program Maintenance Utility, Version 1.13) is used to compile the source files, link the corresponding object files and create the executable of program DWUCK-4.

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14. OTHER PROGRAMMING OR OPERATING INFORMATION OR RESTRICTIONS

Calls the subroutine CUDATE which converts the CDC display code for the TIME and DATE into integer form.

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15. NAME AND ESTABLISHMENT OF AUTHORS

          P. D. Kunz
          Dept. of Physics
          University of Colorado
          Boulder, Colarodo 80302
          USA

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16. MATERIAL AVAILABLE

NESC9872/07

File name	File description	Records
NESC9872_07.001	Information file	120
NESC9872_07.002	ADWCK5.FOR Source program	825
NESC9872_07.003	BADWK5.FOR Source program	431
NESC9872_07.004	BBDWK5.FOR Source program	402
NESC9872_07.005	BDWCK5.FOR Source program	128
NESC9872_07.006	BXDWK5.FOR Source program	906
NESC9872_07.007	CDWCK5.FOR Source program	556
NESC9872_07.008	DW5PC.FOR Source program	108
NESC9872_07.009	DW5UNIX.FOR Source program	136
NESC9872_07.010	DW5VAX.FOR Source program	155
NESC9872_07.011	DWUCK5.FOR Source program	113
NESC9872_07.012	INTEG5.FOR Source program	897
NESC9872_07.013	ANGMOM.FOR Source program	244
NESC9872_07.014	BIND.FOR Source program	448
NESC9872_07.015	COU.FOR Source program	188
NESC9872_07.016	DSTRIP.FOR Source program	265
NESC9872_07.017	DWPLOT.FOR Source program	103
NESC9872_07.018	ELSIG.FOR Source program	183
NESC9872_07.019	FNLOC5.FOR Source program	65
NESC9872_07.020	GAUSSR.FOR Source program	85
NESC9872_07.021	LEGAUS.FOR Source program	49
NESC9872_07.022	LGNDR.FOR Source program	51
NESC9872_07.023	POLFCT.FOR Source program	116
NESC9872_07.024	POTS.FOR Source program	721
NESC9872_07.025	SLATER.FOR Source program	138
NESC9872_07.026	DWUCK5.EXE Executable file for PC	0
NESC9872_07.027	CL.COM JCL to com.&link for VAX	6
NESC9872_07.028	RUN.COM JCL to execute for VAX	4
NESC9872_07.029	CL.BAT JCL to comp.&link for PC	5
NESC9872_07.030	RUN.BAT JCL to execute for PC	3
NESC9872_07.031	DW5TST.DAT Sample input data	796
NESC9872_07.032	DW5TST.OUT Sample output from VAX	3040
NESC9872_07.033	DW5TSTP.OUT Sample output from PC	3040
NESC9872_07.034	DOS file-names	33

NESC9872/08

File name	File description	Records
NESC9872_08.001	Information file	116
NESC9872_08.002	ADWCK.FOR Source program	1039
NESC9872_08.003	BDWCK4.FOR Source program	539
NESC9872_08.004	CDWCK4.FOR Source program	888
NESC9872_08.005	DW4PC.FOR Source program	110
NESC9872_08.006	DW4UNIX.FOR Source program	131
NESC9872_08.007	DW4VAX.FOR Source program	162
NESC9872_08.008	DWUCK4.FOR Source program (main)	88
NESC9872_08.009	ANGMOM.FOR Source program	244
NESC9872_08.010	BIND.FOR Source program	448
NESC9872_08.011	COU.FOR Source program	188
NESC9872_08.012	DSTRIP.FOR Source program	265
NESC9872_08.013	DWPLOT.FOR Source program	103
NESC9872_08.014	ELSIG.FOR Source program	183
NESC9872_08.015	FNLOC5.FOR Source program	65
NESC9872_08.016	GAUSSR.FOR Source program	85
NESC9872_08.017	LEGAUS.FOR Source program	49
NESC9872_08.018	LGNDR.FOR Source program	51
NESC9872_08.019	POLFCT.FOR Source program	116
NESC9872_08.020	POTS.FOR Source program	721
NESC9872_08.021	SLATER.FOR Source program	138
NESC9872_08.022	DWUCK4.EXE Executable file for PC	1982
NESC9872_08.023	CL.COM JCL to comp.&link for VAX	6
NESC9872_08.024	RUN.COM JCL to execute for VAX	4
NESC9872_08.025	CL.BAT JCL to comp.&link for PC	5
NESC9872_08.026	RUN.BAT JCL to execute for PC	3
NESC9872_08.027	DW4TST.DAT Sample input data	131
NESC9872_08.028	DW4TST.OUT Sample output from VAX	1861
NESC9872_08.029	DW4TSTP.OUT Sample output from PC	1861
NESC9872_08.030	DOS file-names	29

NESC9872/09

File name	File description	Records
NESC9872_09.001	Information file of package DWUCK-4	239
NESC9872_09.002	FORTRAN-77 source file # 1	592
NESC9872_09.003	FORTRAN-77 source file # 2	1096
NESC9872_09.004	FORTRAN-77 source file # 3	721
NESC9872_09.005	FORTRAN-77 source file # 4	533
NESC9872_09.006	FORTRAN-77 source file # 5	1200
NESC9872_09.007	FORTRAN-77 source file # 6	253
NESC9872_09.008	Batch file to create DWUCK4.EXE (with NMAKE)	16
NESC9872_09.009	Batch file to run the sample problems	22
NESC9872_09.010	Makefile to run with the MS NMAKE utility	25
NESC9872_09.011	Executable file of program DWUCK-4	0
NESC9872_09.012	Sample input file # 1	63
NESC9872_09.013	Sample input file # 2	272
NESC9872_09.014	Sample output file # 1	350
NESC9872_09.015	Sample output file # 2	1009
NESC9872_09.016	DOS file-names	15

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17. CATEGORIES

A. Cross Section and Resonance Integral Calculations

NESC9872 DWUCK-4 DWUCK-5.

DWUCK-4 DWUCK-5, Scattering Cross-Sections of Spin 0 and 1/2 and 1 Particles by DWBA