A FORTRAN program is presented for processing pulse-height data for particles emitted from a nuclear reaction. The program corrects the particle energy for any absorber preceding the detector and computes the differential center-of-mass cross section as a function of the reaction Q value and the excitation energy of the final nucleus. The energies can be computed either relativistically or nonrelativistically. The program is written as a series of subroutines to facilitate possible expansion of the program and to allow easy accommodation of different data input routines. The output of the program is printed in tabular form and, at the discretion of the user, punched on cards for off-line plotting or for input to other programs. (auth
A FORTRAN IV (Level H) programme is described which locates photopeaks in the output of a multichann...
The new computer code MEDICUS has been used to calculate cross sections of nuclear reactions. The co...
Data obtained from digital acquisition systems used in nuclear spectroscopy experiments must be conv...
Three Fortran programs, written for the IBM-704 computer, process the data from multichannel pulse-h...
Digital signal processing algorithms for nuclear particle spectroscopy are described along with a di...
Digital signal processing algorithms for nuclear particle spectroscopy are described along with a di...
A suite of three computer codes has been written to analyse the pulse height spectra from an organic...
Digital signal processing algorithms for nuclear particle spectroscopy are described along with a di...
A three-part Fortran program for IBM 704 computation of the relative cross sections of isomers produ...
Digital signal processing algorithms for nuclear particle spectroscopy are described along with a di...
A series of computer programs are described which Were successfully applied to the reduction of puls...
This computer code calculates the energy spectra and distribution of excitons at each stage of a mul...
A computer program system is developed for off-line automatic analysis of aseries of charged particl...
A large MULANA based analysis package, written in FORTRAN, for computing the cross section for proto...
The refinement and expansion of technology in computer control and data processing for radiological ...
A FORTRAN IV (Level H) programme is described which locates photopeaks in the output of a multichann...
The new computer code MEDICUS has been used to calculate cross sections of nuclear reactions. The co...
Data obtained from digital acquisition systems used in nuclear spectroscopy experiments must be conv...
Three Fortran programs, written for the IBM-704 computer, process the data from multichannel pulse-h...
Digital signal processing algorithms for nuclear particle spectroscopy are described along with a di...
Digital signal processing algorithms for nuclear particle spectroscopy are described along with a di...
A suite of three computer codes has been written to analyse the pulse height spectra from an organic...
Digital signal processing algorithms for nuclear particle spectroscopy are described along with a di...
A three-part Fortran program for IBM 704 computation of the relative cross sections of isomers produ...
Digital signal processing algorithms for nuclear particle spectroscopy are described along with a di...
A series of computer programs are described which Were successfully applied to the reduction of puls...
This computer code calculates the energy spectra and distribution of excitons at each stage of a mul...
A computer program system is developed for off-line automatic analysis of aseries of charged particl...
A large MULANA based analysis package, written in FORTRAN, for computing the cross section for proto...
The refinement and expansion of technology in computer control and data processing for radiological ...
A FORTRAN IV (Level H) programme is described which locates photopeaks in the output of a multichann...
The new computer code MEDICUS has been used to calculate cross sections of nuclear reactions. The co...
Data obtained from digital acquisition systems used in nuclear spectroscopy experiments must be conv...