Zr, I, Pr, Au ve Pb Fotonötron Reaksiyon Tesir Kesitleri

[I] Vogt K., Mohra P., Babilon M., Bayer W., Galaviz D., Hartmann T., Huttera C., Rauscherc T.,
Sonnabend K., Volza S., Zilges A., 2002. Measurement of the (y, n) cross section of the nucleus 197Au close above the reaction threshold, Nuclear Physics A, 707(1-2): 241-252. [2] https://www-nds.iaea.org/exfor/exfor.htm (15 April 2014)
[3] Koning A.J., Hilaire S., Duijvestijin M.C., 2007. Proceedings of The International Conference on Nuclear Data for Science and Technology, (Eds.:Bersillon O., Gunsing F., Bauge E., Jacqmin R., Leray S.) EDP Sciences, Nice, pp. 211-214.
[4] Brink D.M., 1957. Individual particle and collective aspects of the nuclear photoeffect, Nuclear
Physics, 4(3):215-220.
[5] Kopecky J., Uhl M., 1990. Test of gamma-ray strength functions in nuclear reaction model
calculations, Physical Review C, 41(5):1941-1955. [6] Kondo T., Utsunomiya H., Goriely S., Daoutidis I., Iwamoto C., Akimune H., Okamoto A., Yamagata
T., Kamata M., Itoh O., Toyokawa H., Lui Y. W., Harada H., Kitatani F., Hilaire S., Koning A.
J., 2012. Total and partial photoneutron cross sections for Pb isotopes, Physical Review C, 86
(1): 014316-1 - 014316.
[7] Bell Z. W., Cardman L. S., Axel P., 1982. Fine structure in the Pb208 photoneutron cross section
between 9.9 and 11.2 MeV, Physical Review C, 25(2): 791-803. [8] Young L.M., 1972. Photoneutron cross sections and spectra from monoenergetic photons on yttrium,
praseodymium, lead, and bismuth in the giant-resonance, Thesis or dissertation. [9] Veyssiere L.M., Beil H., Bergere R., Carlos P., Lepretre A., 1970. Photoneutron cross sections of
208Pb and 197Au, Nuclear Physics A, 159(2):561-576. [10] Plaisir C., Hannachi F., Gobet F., Tarisien M., Aleonard M. M., Meot V., Gosselin G., Morel P.,
Morillon B., 2012. Measurement of the 85Rb(y, n)84mRb cross-section in the energy range 10-19
MeV with Bremsstrahlung photons, The European Physical Journal, 48 (68).
[II] Itoh O., Utsonomiya H., Akımune H., Kondo T., Kamata M., Yamagata T., Toyokowa H., Harada
H., Kıtatani F., Goko S., Naır C., Luı Y.W., 2011. Photoneutron Cross Sections for Au Revisited: Measurements with Laser Compton Scattering y-Rays and Data Reduction by a Least-Squares Method, Journal of Nuclear Science and Technology, 48(5):834-840. [12] Sund R. E., Verbinski V. V., Weber H., Kull L. A. Pr141 (y,n) Cross section from threshold to 24
MeV, Physical Review C, 2(3): 1129-1137.
[13] Utsunomiya H., Goriely S., Kondo T., Kaihori T., Makinaga A., Goko S., Akimune H., Yamagata T., Toyokawa H., Matsumoto T., Harano H., Hohara S., Lui Y. W., Hilaire S., Peru S., Koning A. J., 2008. M1 y strength for zirconium nuclei in the photoneutron channel, Physical Review Letters,
100(16): 162502-162506.
[14] Berman B. L., Pywell R. E., Dietrich S. S., Thompson M. N., McNeill K. G., Jury J. W., 1987. Absolute photoneutron cross sections for Zr, I, Pr, Au, and Pb, Physical Review C, 36(4): 1286¬1292.
[15] Bramblett R. L., Caldwell J. T., Berman B. L., Harvey R. R., Fultz S. C., 1966. Photoneutron Cross Sections of Pr141 and I127 from Threshold to 33 MeV, Physics. Review, 148(3):1198-1205.
[16] Utsunomiya H., Makinaga A., Goko S., Kaihori T., Akimune H., Yamagata T., Ohta M., Toyokawa H., Müller S., Lui Y.W., Goriely S., 2006. Photoneutron cross section measurements on the N=82 Nuclei La-139 and Pr-141 implications for p-process nucleosynthesis, Physical Review C,
74(2): 025806-0255812.
[17] Berman B. L., Caldwell J. T., Harvey R. R., Kelly M. A., Bramblett R. L., Fultz S. C., 1967. Photoneutron cross sections for Zr-90, Zr-91, Zr-92, Zr-94, and Y-89, Physical Review,
162(4):1098-1111.