ENTRY A0070 20170201 A086A007000000001 SUBENT A0070001 20170201 A086A007000100001 BIB 10 31 A007000100002 TITLE Yields of Re-181, Re-182-m, Re-182, Re-183, Re-184-m, A007000100003 Re-184 and Re-186 in the bombardment of tungsten by A007000100004 protons and deuterons, and tantalum by alpha particles A007000100005 AUTHOR (P.P.Dmitriev,G.A.Molin) A007000100006 INSTITUTE (4RUSFEI) A007000100007 REFERENCE (J,AE,48,122,1980) A007000100008 (J,SJA,48,150,1980) English translation A007000100009 FACILITY (CYCLO,4RUSFEI) A007000100010 METHOD (EXTB,STTA,BCINT,MOSEP) A007000100011 The integrated beam current was determined from the A007000100012 65Zn activity in copper monitor foils 18 mg/cm 2 thick.A007000100013 DETECTOR (GELI) Ge(Li) detector having a resolving power A007000100014 (FWHM) of 3.2 keV at 1332.51 keV (60Co) and 1.7 keV A007000100015 at 122.06 keV (57Co). A007000100016 ERR-ANALYS (EN-ERR).The energy error results from the error of theA007000100017 deflected beam orbit definition and error of A007000100018 definition of energy degradation when particles A007000100019 are stopped in the starked foils. A007000100020 (DATA-ERR,12.,14.).Error the measurement of yields is A007000100021 connected with the systematical error of measurement A007000100022 activity and integral current. It is about 12-14%. A007000100023 STATUS (TABLE) The data in form of the tables were received A007000100024 from the authors. A007000100025 (APRVD).By P.P.Dmitriev. A007000100026 HISTORY (19801219C) A007000100027 (20080618A) BIB section updated A007000100028 Corrections were made according new EXFOR rules. A007000100029 (20110210A).New reference was added-English translationA007000100030 of Atomic Energy. A007000100031 (20170201A) SD: Corrections in REACTION code in A007000100032 Subents 002-004. Title update. A007000100033 ENDBIB 31 0 A007000100034 NOCOMMON 0 0 A007000100035 ENDSUBENT 34 0 A007000199999 SUBENT A0070002 20170201 A086A007000200001 BIB 8 30 A007000200002 REACTION A(74-W-0(P,X)75-RE-181,,TTY,,PHY) A007000200003 B(74-W-0(P,X)75-RE-182-G,,TTY,,PHY) A007000200004 C(74-W-0(P,X)75-RE-182-M,,TTY,,PHY) A007000200005 D(74-W-0(P,X)75-RE-183,,TTY,,PHY) A007000200006 E(74-W-0(P,X)75-RE-184-M,,TTY,,PHY) A007000200007 F(74-W-0(P,X)75-RE-184-G,M-,TTY,,PHY) A007000200008 G(74-W-0(P,X)75-RE-186,,TTY,,PHY,CALC) A007000200009 DECAY-DATAA(75-RE-181,20.HR,DG,365.5,0.564) A007000200010 B(75-RE-182-G,64.HR,DG,1121.28,0.23) A007000200011 C(75-RE-182-M,12.7HR,DG,1121.28,0.319) A007000200012 D(75-RE-183,70.D,DG,291.72,0.0331) A007000200013 E(75-RE-184-M,165.D,DG,920.93,0.083) A007000200014 F(75-RE-184-G,38.D,DG,792.07,0.374) A007000200015 REL-REF (D,,I.O.Konstantinov+,J,AE,44,183,1978) A007000200016 SAMPLE W foil, 98 milligram/cm**2. The integrated beam A007000200017 current was determined from the 65Zn activity in A007000200018 copper monitor foils 18 mg/cm 2 thick. A007000200019 MONITOR (29-CU-65(P,N)30-ZN-65,,SIG) A007000200020 From an analysis of the data of (see REL-REF) and A007000200021 our measurements of the relative behavior of the A007000200022 excitation functions, the value of the monitor A007000200023 reaction was adopted. A007000200024 MONIT-REF (O0419002,P.P.Dmitriev+,J,AE,24,279,1968) A007000200025 (B0057003,R.Colle+,J,PR/C,9,1819,1974) A007000200026 DECAY-MON (30-ZN-65,244.1D,DG,1115.45,0.506) A007000200027 HISTORY (20170201A) SD: SF8=DT -> PHY in all REACTION codes. A007000200028 SF4=Re-182m -> Re-182g in REACT.(B); SF4=Re-182 -> A007000200029 Re-182m in REACT.(C) and in DECAY-DATA following last A007000200030 presentation of half-lives in ENSDF. SF4=Re-184 -> A007000200031 Re-184g; SF5=M- in REACT. (F). EN-NRM, MONIT were addedA007000200032 ENDBIB 30 0 A007000200033 COMMON 2 3 A007000200034 EN-NRM MONIT A007000200035 MEV MB A007000200036 22.5 46. A007000200037 ENDCOMMON 3 0 A007000200038 DATA 9 7 A007000200039 EN EN-ERR DATA ADATA BDATA CDATA DA007000200040 DATA EDATA FDATA G A007000200041 MEV MEV MUCI/MUAHR MUCI/MUAHR MUCI/MUAHR MUCI/MUAHR A007000200042 MUCI/MUAHR MUCI/MUAHR MUCI/MUAHR A007000200043 22.3 0.3 2880. 248. 1880. 34. A007000200044 0.89 35.8 15.2 A007000200045 20.5 0.3 2080. 175. 1570. 27.5 A007000200046 0.36 21.2 15.1 A007000200047 18.9 0.4 1450. 109. 1290. 21.0 A007000200048 0.11 7.2 14.9 A007000200049 17.1 0.4 762. 62. 980. 14.5 A007000200050 0.03 4.8 14.3 A007000200051 15.2 0.4 275. 32. 706. 7.2 A007000200052 0.01 3.9 13.0 A007000200053 12.8 0.5 31. 7.5 325. 2.1 A007000200054 2.7 10. A007000200055 10.3 0.5 2.5 100. 0.4 A007000200056 0.5 5.0 A007000200057 ENDDATA 18 0 A007000200058 ENDSUBENT 57 0 A007000299999 SUBENT A0070003 20170201 A086A007000300001 BIB 8 32 A007000300002 REACTION A(74-W-0(D,X)75-RE-181,,TTY,,PHY) A007000300003 B(74-W-0(D,X)75-RE-182-G,,TTY,,PHY) A007000300004 C(74-W-0(D,X)75-RE-182-M,,TTY,,PHY) A007000300005 D(74-W-0(D,X)75-RE-183,,TTY,,PHY) A007000300006 E(74-W-0(D,X)75-RE-184-M,,TTY,,PHY) A007000300007 F(74-W-0(D,X)75-RE-184-G,M-,TTY,,PHY) A007000300008 G(74-W-0(D,X)75-RE-186,,TTY,,PHY,CALC) A007000300009 DECAY-DATAA(75-RE-181,20.HR,DG,365.5,0.564) A007000300010 B(75-RE-182-G,64.HR,DG,1121.28,0.23) A007000300011 C(75-RE-182-M,12.7HR,DG,1121.28,0.319) A007000300012 D(75-RE-183,70.D,DG,291.72,0.0331) A007000300013 E(75-RE-184-M,165.D,DG,920.93,0.083) A007000300014 F(75-RE-184-G,38.D,DG,792.07,0.374) A007000300015 REL-REF (A,,F.W.Pement+,J,NP,86,429,1966) A007000300016 (D,,S.Nassiff+,J,RCA,19,97,1973) A007000300017 SAMPLE W foil, 98 milligram/cm**2. The integrated beam A007000300018 current was determined from the 65Zn activity in A007000300019 copper monitor foils 18 mg/cm 2 thick. A007000300020 MONITOR (29-CU-65(D,2N)30-ZN-65,,SIG) A007000300021 From an analysis of the data of (see REL-REF) and A007000300022 present measurements of the relative behavior of the A007000300023 excitation functions, the value of the monitor A007000300024 reaction was adopted. A007000300025 MONIT-REF (,P.P.Dmitriev+,J,AE,18,184,1965) A007000300026 (,C.B.Fulmer+,J,NP/A,155,40,1970) A007000300027 (,D.C.Williams+,J,PR,130,265,1963) A007000300028 DECAY-MON (30-ZN-65,244.1D,DG,1115.45,0.506) A007000300029 HISTORY (20170201A) SD: SF8=DT -> PHY in all REACTION codes. A007000300030 SF4=Re-182m -> Re-182g in REACT.(B); SF4=Re-182 -> A007000300031 Re-182m in REACT.(C) and in DECAY-DATA following last A007000300032 presentation of half-lives in ENSDF. SF4=Re-184 -> A007000300033 Re-184g; SF5=M- in REACT. (F). EN-NRM, MONIT were addedA007000300034 ENDBIB 32 0 A007000300035 COMMON 2 3 A007000300036 EN-NRM MONIT A007000300037 MEV MB A007000300038 22.5 525. A007000300039 ENDCOMMON 3 0 A007000300040 DATA 9 8 A007000300041 EN EN-ERR DATA ADATA BDATA CDATA DA007000300042 DATA EDATA FDATA G A007000300043 MEV MEV MUCI/MUAHR MUCI/MUAHR MUCI/MUAHR MUCI/MUAHR A007000300044 MUCI/MUAHR MUCI/MUAHR MUCI/MUAHR A007000300045 22.2 0.3 810. 297. 1370. 28.8 A007000300046 0.63 25.6 162. A007000300047 20.3 0.3 490. 235. 1220. 20.6 A007000300048 0.45 21.2 154. A007000300049 19.0 0.4 300. 189. 1040. 16.2 A007000300050 0.40 18.8 144. A007000300051 17.4 0.4 144. 135. 865. 11.4 A007000300052 0.33 17.8 126. A007000300053 15.4 0.4 34. 77. 605. 6.9 A007000300054 0.26 13.8 94. A007000300055 13.4 0.5 4. 36. 348. 3.7 A007000300056 0.12 8.8 55. A007000300057 11.2 0.5 10.4 140. 1.5 A007000300058 0.03 4.0 17. A007000300059 8.7 0.5 1.5 20. 0.2 A007000300060 0.8 2. A007000300061 ENDDATA 20 0 A007000300062 ENDSUBENT 61 0 A007000399999 SUBENT A0070004 20170201 A086A007000400001 BIB 9 31 A007000400002 REACTION A(73-TA-0(A,X)75-RE-181,,TTY,,PHY) A007000400003 B(73-TA-0(A,X)75-RE-182-G,,TTY,,PHY) A007000400004 C(73-TA-0(A,X)75-RE-182-M,,TTY,,PHY) A007000400005 D(73-TA-0(A,X)75-RE-183,,TTY,,PHY) A007000400006 E(73-TA-0(A,X)75-RE-184-M,,TTY,,PHY) A007000400007 F(73-TA-0(A,X)75-RE-184-G,M-,TTY,,PHY) A007000400008 DECAY-DATAA(75-RE-181,20.HR,DG,365.5,0.564) A007000400009 B(75-RE-182-G,64.HR,DG,1121.28,0.23) A007000400010 C(75-RE-182-M,12.7HR,DG,1121.28,0.319) A007000400011 D(75-RE-183,70.D,DG,291.72,0.0331) A007000400012 E(75-RE-184-M,165.D,DG,920.93,0.083) A007000400013 F(75-RE-184-G,38.D,DG,792.07,0.374) A007000400014 CORRECTIONF 184mRe IT decay was taken into account. A007000400015 REL-REF (A,,F.Hermes+,J,NP/A,228,165,1974) A007000400016 SAMPLE Ta foil (36 milligram/cm**2). The integrated beam A007000400017 current was determined from the 65Zn activity in A007000400018 copper monitor foils 18 mg/cm 2 thick. A007000400019 MONITOR (29-CU-63(A,X)30-ZN-65,CUM,SIG) A007000400020 From an analysis of the data of (see REL-REF) and A007000400021 present measurements of the relative behavior of the A007000400022 excitation functions, the value of the monitor A007000400023 reaction was adopted. A007000400024 MONIT-REF (B0156006,N.T.Porile+,J,PR,116,1193,1959) A007000400025 (P0058002,F.S.Houck+,J,PR,123,231,1961) A007000400026 DECAY-MON (30-ZN-65,244.1D,DG,1115.45,0.506) A007000400027 HISTORY (20170201A) SD: SF8=DT -> PHY in all REACTION codes. A007000400028 SF4=Re-182m -> Re-182g in REACT.(B); SF4=Re-182 -> A007000400029 Re-182m in REACT.(C) and in DECAY-DATA following last A007000400030 presentation of half-lives in ENSDF. SF4=Re-184 -> A007000400031 Re-184g; SF5=M- in REACT. (F). EN-NRM, MONIT were addedA007000400032 SF3=N+P -> X, SF5=CUM in MONITOR code. A007000400033 ENDBIB 31 0 A007000400034 COMMON 2 3 A007000400035 EN-NRM MONIT A007000400036 MEV MB A007000400037 44. 325. A007000400038 ENDCOMMON 3 0 A007000400039 DATA 8 8 A007000400040 EN EN-ERR DATA ADATA BDATA CDATA DA007000400041 DATA EDATA F A007000400042 MEV MEV MUCI/MUAHR MUCI/MUAHR MUCI/MUAHR MUCI/MUAHR A007000400043 MUCI/MUAHR MUCI/MUAHR A007000400044 43.0 0.5 292. 226. 1530. 8.9 A007000400045 0.044 0.61 A007000400046 40.0 0.5 73. 188. 1310. 8.5 A007000400047 0.043 0.56 A007000400048 37.1 0.5 11. 124. 920. 8.2 A007000400049 0.041 0.54 A007000400050 33.8 0.6 69. 520. 7.8 A007000400051 0.035 0.47 A007000400052 30.2 0.6 14. 102. 6.2 A007000400053 0.028 0.42 A007000400054 26.3 0.7 9. 3.5 A007000400055 0.022 0.33 A007000400056 22.2 0.7 0.7 A007000400057 0.013 0.21 A007000400058 18.1 0.8 0.04 A007000400059 0.0025 0.045 A007000400060 ENDDATA 20 0 A007000400061 ENDSUBENT 60 0 A007000499999 ENDENTRY 4 0 A007099999999