Summary and Important Remark
By the way of abstraction and code reuse we minimised the amount of code
to be written and maintained. The concept of container-sampling lead to
abstraction and encapsulation of data representation and the
corresponding random number generators. The Object Oriented design
allows for easy extension of the cross-section base of the system, and
the ENDF-B VI data evaluations have already been supplemented with
evaluated data on nuclear excitation levels, thus improving the energy
spectra of de-excitation photons. Other established data evaluations
have been investigated, and extensions based on the
JENDL[J3TN95], JEF [J2CN94], CENDL[Cen96],
and Brond[eal94] data libraries are foreseen for next
year.
Followings are important remark of the NeutornHP package. Correlation
between final state particles is not included in tabulated data. The
method described here does not included necessary correlation or phase
space constrains needed to conserver momentum and energy. Such
conservation is not guarantee either in single event or averaged over
many events.
Bibliography
[Cen96] | CENDL-2: Chinese Nuclear Data Center. Cendl-2, the chinese evaluated nuclear data library for neutron reaction data. Technical Report IAEA-NDS-61 Rev. 3, International Atomic Energy Agency, Vienna, Austria, 1996. |
[eal94] | Brond-2.2: A.I Blokhin et al. Current status of russian nuclear data libraries. Technical Report Volume 2, Nuclear Data for Science and Technology, edited by J. K. Dickens (American Nuclear Society, LaGrange, IL), 1994. p.695. |
[J2CN94] | M. Salvatores Jef-2: C. Nordborg. Status of the jef evaluated data library. Technical Report, Nuclear Data for Science and Technology, 1994. edited by J. K. Dickens (American Nuclear Society, LaGrange, IL. |
[J3TN95] | et al. JENDL-3: T. Nakagawa. Japanese evaluated nuclear data library, version 3, revision 2. Technical Report 32, J. Nucl. Sci. Technol., 1995. 1259. |