A total of 9 cross section data sets were found in the literature in the energy region considered. From these 1 set was excluded while the other 8 were selected for further evaluation. The list of related references given below is accompanied with additional information. We mention availability of data in the computerized database EXFOR (if available, unique EXFOR reference number is given). Further, we indicate a reason why a data set was excluded (reference denoted by an asterisk *).
 

Deptula C., Khalkin V.A., Han K.S., Knotek O., Konov V.A., Mikecz P,. Popenkova L.M., Rurarz E. and Zaitseva N.G.:
Excitation function and yields for medically important generators Sr-82->Rb-82, Xe-123->I-123 and Bi-201->Pb-201->TI-201 obtained with 100 MeV protons.
Nucleonika 35 (1990) 3
Exfor: O0306

Diksic M. and Yaffe L.:
A study of I-127(p,xn) and I-127(p, pxn) reactions with special emphasis on production of Xe-123.
J. Inorganic Nuclear Chemistry 39 (1977) 1299
Exfor: B0081
Remark: data were adjusted upwards by 30% because the authors used a very old gamma abundance value which is higher than the more recent values.

Lagunas-Solar M.C., Carvacho O.F., Liu B., Jin Y. and Sun Z.X.:
Cyclotron production of high-purity I-123. A Revision of excitation functions, thin target and cumulative yields for I-127(p,xn) reactions.
Applied Radiation Isotopes 37 (1986) 823
Exfor: A0363

*Lundqvist, H., Malmborg P., Langstrom B., and Chiengmai S.N.:
Simple production of ⁷⁷Br- and ¹²³I- and their use in the labelling of [⁷⁷Br]BrUdR and [¹²³I]IUdR.
Applied Radiation Isotopes 30 (1979) 39
Exfor: D0116
Data excluded: cross section values too low.

Paans A.M.J., Vaalburg W., van Herk G. and Woldring M.G.:
Excitation function for the production of I-123 via the I-127(p,5n)Xe-123 reaction.
Applied Radiation Isotopes 27 (1976) 465
Exfor: A0161

Sakamoto K., Dohniwa M and Okada K.:
Excitation functions for (p,xn) and (p,pxn) reactions on natural, ⁷⁹⁺⁸¹Br, ⁸⁵⁺⁸⁷Rb, ¹²⁷I and ¹³³Cs up to E_p = 52 MeV
Applied Radiation Isotopes 36 (1985) 481
Exfor: E1867

Syme D.B., Wood E., Blair I.M., Kew I., Perry M. and Cooper P.:
Yield curves for cyclotron production of I-123 and I-125 and I-121 by I-127(p, xn)-reactions.
International J. Applied Radiation Isotopes 29 (1978) 29
Exfor: R0007

Suzuki K.:
Production of pure ¹²³I by the ¹²⁷I(p,5n)¹²³Xe ->¹²³I-reaction.
Radioisotopes 35 (1986) 235
Exfor: E1868

Wilkens S.R., Shimose S.T., Hines H.H., Jungerman J.A., Hegedus F. and DeNardo G.L.:
Excitation functions and yields for I-123 production using the I-123(p,5n) Xe-123 reaction.
Applied Radiation Isotopes 26 (1975) 279
Exfor: R0024

 

Yield references

 

Lagunas-Solar M.C., Carvacho O.F., Liu B., Jin Y. and Sun Z.X.:
Cyclotron production of high-purity I-123. A Revision of excitation functions, thin target and cumulative yields for I-127(p,xn) reactions.
Applied Radiation Isotopes 37 (1986) 823
Exfor: A0363

 

Syme D.B., Wood E., Blair I.M., Kew I., Perry M. and Cooper P.:
Yield curves for cyclotron production of I-123 and I-125 and I-121 by I-127(p, xn)-reactions.
International J. Applied Radiation Isotopes 29 (1978) 29
Exfor: R0007

 

Godart J., Barat J.L., Menthe A., Briere J.,

In-beam collection of Xe-123 for carrier-free I-123 production

International J. Applied Radiation Isotopes 28 (1977) 967, Technical Notes

Exfor: R0003

 

 

 

The data from papers where experimental numerical values were available (10 papers), are collected in Fig. 5.1.10a. From these 2 works were excluded while the remaining 8 works were selected for further evaluation.

Cross sections were calculated by two different versions of the nuclear reaction model code ALICE (denoted as HMS and IPPE) and a Spline fit. The results are compared to selected experimental data in Fig. 5.1.10b. It is seen that results of model calculations over predict the experimental cross sections. The result of ALICE IPPE was normalized and Padé smoothed (denoted fit Padé -ALICE norm) and describes very well the data. The Spline fit was however judged as giving the best agreement with experimental data. Recommended cross sections are compared with selected experimental data, including their error bars, in Fig. 5.1.10c. Yields calculated from the recommended cross sections are presented in Fig. 5.1.10d. The corresponding numerical values for recommended cross sections and yields are tabulated in Tab. 5.1.10 and Tab. 5.1.10b, respectively.
 
 
 
 

  Last updated: December 2004.