ENTRY            D4092   20060809                             D048D409200000001 
SUBENT        D4092001   20060809                             D048D409200100001 
BIB                 12         43                                 D409200100002 
TITLE      Evaluated Cross Section and Thick Target Yield Data    D409200100003 
           of Zn+P Processes for Practical Applications           D409200100004 
AUTHOR     (F.SZELECSENYI, T.E.BOOTHE, S.TAKACS, F.TARKANYI,      D409200100005 
            E.TAVANO)                                             D409200100006 
INSTITUTE  (3HUNDEB) Inst.of  Nucl. Res. Debrecen, Hungary        D409200100007 
           (1USAMSM) Mount Sinai Med. Centr., Miami Beach, Usa    D409200100008 
REFERENCE  (J,ARI,49,1005,1998)                                   D409200100009 
FACILITY   (CYCLO,1USAMSM), Cs-30 Cyclotron at Miami Beach        D409200100010 
SAMPLE     Isotopically enriched 66Zn(99%), 67Zn(91.5%) and       D409200100011 
           68Zn(98%) targets.                                     D409200100012 
METHOD     (ACTIV,EXTB,STTA,GSPEC)                                D409200100013 
           Targets were prepared on Ni foils by electrolytic      D409200100014 
           deposition. Thickness were measured by weight.         D409200100015 
           Stacks containing several enriched-Zn target foils and D409200100016 
           Ti and Cu monitor foils and Al foils as energy degraderD409200100017 
           were irradiated with 26 MeV, 200-600nA proton beams.   D409200100018 
           The beam energy was determined by using monitor foils  D409200100019 
           with +-0.3 MeV accuracy. Energy degradation was        D409200100020 
           calculated using table of Williamson et al. Rapport    D409200100021 
           Cea-R-3042, Saclay, France.                            D409200100022 
           Cross sections were corrected for 100% enrichment.     D409200100023 
DETECTOR   (GELI)                                                 D409200100024 
MONITOR    (29-CU-63(P,2N)30-ZN-62,,SIG)                          D409200100025 
           (29-CU-63(P,N)30-ZN-63,,SIG)                           D409200100026 
           (22-TI-0(P,X)23-V-48,,SIG)                             D409200100027 
           (28-NI-0(P,X)28-NI-57,,SIG)                            D409200100028 
           (28-NI-0(P,X)27-CO-55,,SIG)                            D409200100029 
           (28-NI-0(P,X)27-CO-56,,SIG)                            D409200100030 
ERR-ANALYS (EN-ERR) Energy uncertainty of the incident proton beamD409200100031 
           after 10MeV energy degradation was estimated to be     D409200100032 
           about 0.6 MeV.                                         D409200100033 
           (ERR-T) The estimated uncertainties on cross           D409200100034 
           sections were calculated by summing up quadratically   D409200100035 
           the possible individual relative errors:               D409200100036 
                    Counting statistics       1-5%                D409200100037 
                    Detector efficiency       5%                  D409200100038 
                    Decay data                2%                  D409200100039 
                    Number of arget nuclei   7%                  DD409200100040 
                    Beam current              5%                  D409200100041 
STATUS     Data were taken from Table 1 of the original paper     D409200100042 
           Approved by S. Takacs 17/05/2001.                      D409200100043 
HISTORY    (20010423C)                                            D409200100044 
           (20060809A) Entry deleted. Duplication with C0506      D409200100045 
ENDBIB              43          0                                 D409200100046 
NOCOMMON             0          0                                 D409200100047 
ENDSUBENT           46          0                                 D409200199999 
NOSUBENT      D4092002   20060809                             D048D409200200001 
NOSUBENT      D4092003   20060809                             D048D409200300001 
NOSUBENT      D4092004   20060809                             D048D409200400001 
ENDENTRY             4          0                                 D409299999999