ENTRY B0043 20011220 0000B004300000001 SUBENT B0043001 20011220 0000B004300100001 BIB 8 17 B004300100002 TITLE Excitation Functions For (P,N) Reactions with Titanium,B004300100003 Vanadium, Chromium, Iron and Nickel Up to 14 MeV B004300100004 AUTHOR (S.TANAKA, M.FURUKAWA) B004300100005 INSTITUTE (2JPNTOK).Institute For Nuclear Study B004300100006 REFERENCE (J,JPJ,14,1269,1959) B004300100007 FACILITY (CYCLO,2JPNTOK) B004300100008 ERR-ANALYS (+DATA-ERR) The Errors Given are the Estimated StandardB004300100009 Errors not Including the Uncertainty in the Nuclear B004300100010 Data. No Details are Given. B004300100011 (-DATA-ERR). See Above. B004300100012 ADD-RES (COMP) B004300100013 HISTORY (19750806C)Pfla B004300100014 (19940624A) Some Corrections have Been Included by B004300100015 CAJAD B004300100016 (19971206A) Reaction Lines are Corrected. Lower Case. B004300100017 (20001029A) Correction According to O.Schwerer Remarks.B004300100018 (20011010U) Last checking has been done. B004300100019 ENDBIB 17 0 B004300100020 NOCOMMON 0 0 B004300100021 ENDSUBENT 20 0 B004300199999 SUBENT B0043002 20011220 0000B004300200001 BIB 7 21 B004300200002 REACTION (22-TI-48(P,N)23-V-48,,SIG,,,EXP) B004300200003 RAD-DET (23-V-48,AR,DG) B004300200004 DECAY-DATA (23-V-48,16.2D,B+,,0.57,DG) B004300200005 SAMPLE Metallic Foils of Natural Titanium Containing 73.9% B004300200006 Ti-48, Thickness 2 to 5 Mg/Cm**2. B004300200007 DETECTOR (COIN,NAICR,NAICR) B004300200008 From the Given Decay Probability of B+ Emission It is B004300200009 Assumed That the Coincidence of the Annihilation B004300200010 Radiation was Measured - Comment by the Compiler of B004300200011 Kachapag. B004300200012 Used For the Determination of the Disintegration Rate B004300200013 After Decay of the Short-Lived Interferences. B004300200014 (NAICR) B004300200015 Used For Relative Measurements B004300200016 METHOD (EXTB,STTA,EDEG,BCINT) B004300200017 The Energy Loss in Aluminium was Calculated from the B004300200018 Range-Energy Curve of W.A.Aron Et Al., Aecu-663(1949). B004300200019 The Energy Loss in Other Foils was Calculated from B004300200020 The Stopping Power Formula of H.A.Bethe, Rev.Mod.Phys. B004300200021 9,245(1937). B004300200022 STATUS (CURVE) By Kachapag. B004300200023 ENDBIB 21 0 B004300200024 NOCOMMON 0 0 B004300200025 DATA 4 15 B004300200026 EN DATA -DATA-ERR +DATA-ERR B004300200027 MEV MB MB MB B004300200028 5.1 2.8 B004300200029 5.7 138. B004300200030 6.5 258. B004300200031 7.2 341. B004300200032 7.9 368. B004300200033 8.6 423. B004300200034 9.2 446. B004300200035 9.9 461. 40. 34. B004300200036 10.1 473. B004300200037 10.7 496. B004300200038 11.3 497. B004300200039 11.9 483. B004300200040 12.6 510. B004300200041 13.3 501. B004300200042 14. 460. B004300200043 ENDDATA 17 0 B004300200044 ENDSUBENT 43 0 B004300299999 SUBENT B0043003 20011220 0000B004300300001 BIB 7 16 B004300300002 REACTION (22-TI-47(P,N)23-V-47,,SIG,,,EXP) B004300300003 RAD-DET (23-V-47,AR) B004300300004 DECAY-DATA (23-V-47,31.MIN,B+,,0.97) B004300300005 SAMPLE Metallic Foils of Natural Titanium Containing 7.28% B004300300006 Ti-47, Thickness 2 to 5 Mg/Cm**2. B004300300007 DETECTOR (NAICR).For Measurement of the Ratios V-47/V-48 from B004300300008 Annihilation Radiation. V-47 Cross Sections were B004300300009 Given by Applying these Ratios to the Absolute Cross B004300300010 Sections of V-48. B004300300011 METHOD (EXTB,STTA,EDEG,BCINT) B004300300012 The Energy Loss in Aluminium was Calculated from the B004300300013 Range-Energy Curve of W.A.Aron Et Al., Aecu-663(1949). B004300300014 The Energy Loss in Other Foils was Calculated from B004300300015 The Stopping Power Formula of H.A.Bethe, Rev.Mod.Phys. B004300300016 9,245(1937). B004300300017 STATUS (CURVE) By Kachapag. B004300300018 ENDBIB 16 0 B004300300019 NOCOMMON 0 0 B004300300020 DATA 4 17 B004300300021 EN DATA -DATA-ERR +DATA-ERR B004300300022 MEV MB MB MB B004300300023 4.2 57. B004300300024 4.5 118. B004300300025 5. 153. B004300300026 5.7 178. B004300300027 6.5 222. B004300300028 7.2 237. B004300300029 7.9 248. B004300300030 8.5 269. B004300300031 9.3 299. B004300300032 9.9 298. 46. 42. B004300300033 10.1 315. B004300300034 10.7 296. B004300300035 11.3 298. B004300300036 11.9 269. B004300300037 12.6 264. B004300300038 13.3 200. B004300300039 14. 161. B004300300040 ENDDATA 19 0 B004300300041 ENDSUBENT 40 0 B004300399999 SUBENT B0043004 20011220 0000B004300400001 BIB 7 14 B004300400002 REACTION (23-V-51(P,N)24-CR-51,,SIG,,,EXP) B004300400003 RAD-DET (24-CR-51,DG) B004300400004 DECAY-DATA (24-CR-51,27.8D,DG,320.,0.09) B004300400005 SAMPLE Slurries of Vanadium Pentoxide in Clear Lacquer B004300400006 Were Spattered onto Thin Al-Foils of Known Thickness. B004300400007 Isotopic Abundance 99.8% V-51. B004300400008 DETECTOR (NAICR) B004300400009 METHOD (EXTB,STTA,EDEG,BCINT) B004300400010 The Energy Loss in Aluminium was Calculated from the B004300400011 Range-Energy Curve of W.A.Aron Et Al., Aecu-663(1949). B004300400012 The Energy Loss in Other Foils was Calculated from B004300400013 The Stopping Power Formula of H.A.Bethe, Rev.Mod.Phys. B004300400014 9,245(1937). B004300400015 STATUS (CURVE) By Kachapag B004300400016 ENDBIB 14 0 B004300400017 NOCOMMON 0 0 B004300400018 DATA 4 8 B004300400019 EN DATA -DATA-ERR +DATA-ERR B004300400020 MEV MB MB MB B004300400021 6.7 551. B004300400022 7.8 510. B004300400023 8.8 491. B004300400024 9.9 562. 130. 157. B004300400025 10.8 531. B004300400026 11.5 560. B004300400027 12.4 512. B004300400028 13.3 482. B004300400029 ENDDATA 10 0 B004300400030 ENDSUBENT 29 0 B004300499999 SUBENT B0043005 20011220 0000B004300500001 BIB 7 25 B004300500002 REACTION (24-CR-52(P,N)25-MN-52,,SIG,,,EXP) B004300500003 Sum Cross Sections For Isomer and Ground State B004300500004 Production. B004300500005 RAD-DET (25-MN-52-M,AR,DG) B004300500006 (25-MN-52-G,AR,DG) B004300500007 DECAY-DATA (25-MN-52-M,21.MIN,B+,,0.99,DG,1450.) B004300500008 (25-MN-52-G,5.7D,B+,,0.33,DG,1450.) B004300500009 SAMPLE Metallic Foils of Natural Chromium Containing 83.8% B004300500010 Cr-52, Prepared by Electrodeposition. B004300500011 DETECTOR (COIN,NAICR,NAICR) B004300500012 From the Given Decay Probability of B+ Emission It is B004300500013 Assumed That the Coincidence of the Annihilation B004300500014 Radiation was Measured - Comment by the Compiler of B004300500015 Kachapag. B004300500016 Used For the Determination of the Disintegration Rate B004300500017 After Decay of the Short-Lived Interferences. B004300500018 (NAICR) B004300500019 Used For Relative Measurements B004300500020 METHOD (EXTB,STTA,EDEG,BCINT) B004300500021 The Energy Loss in Aluminium was Calculated from the B004300500022 Range-Energy Curve of W.A.Aron Et Al., Aecu-663(1949). B004300500023 The Energy Loss in Other Foils was Calculated from B004300500024 The Stopping Power Formula of H.A.Bethe, Rev.Mod.Phys. B004300500025 9,245(1937). B004300500026 STATUS (CURVE) By Kachapag. B004300500027 ENDBIB 25 0 B004300500028 NOCOMMON 0 0 B004300500029 DATA 4 11 B004300500030 EN DATA -DATA-ERR +DATA-ERR B004300500031 MEV MB MB MB B004300500032 6.4 83. B004300500033 7.4 188. B004300500034 8.3 209. B004300500035 8.9 284. B004300500036 9.6 326. B004300500037 10.4 296. 89. 83. B004300500038 11. 335. B004300500039 11.9 357. B004300500040 12.4 392. B004300500041 13.2 325. B004300500042 13.9 264. B004300500043 ENDDATA 13 0 B004300500044 ENDSUBENT 43 0 B004300599999 SUBENT B0043006 20011220 0000B004300600001 BIB 7 20 B004300600002 REACTION (26-FE-56(P,N)27-CO-56,,SIG,,,EXP) B004300600003 RAD-DET (27-CO-56,B+,DG) B004300600004 DECAY-DATA (27-CO-56,77.D,B+,,0.20,DG) B004300600005 SAMPLE Metallic Foils of Natural Iron Containing 91.7% Fe-56, B004300600006 Thickness 2 to 5 Mg/Cm**2. B004300600007 DETECTOR (PROPC,NAICR) B004300600008 A 4 Pi Methane Proportional Counter was Used For the B004300600009 Determination of the Disintegration Rate, While B004300600010 Relative Measurements were Obtained with a Na-I B004300600011 Scintillation Counter. B004300600012 METHOD (EXTB,STTA,EDEG,BCINT,CHSEP) B004300600013 The Energy Loss in Aluminium was Calculated from the B004300600014 Range-Energy Curve of W.A.Aron Et Al., Aecu-663(1949). B004300600015 The Energy Loss in Other Foils was Calculated from B004300600016 The Stopping Power Formula of H.A.Bethe, Rev.Mod.Phys. B004300600017 9,245(1937). B004300600018 STATUS (CPX) B004300600019 The Symmetric Error Given in Ornl-Cpx-1 was Changed B004300600020 Into the Unsymmetric Error According to the PublicationB004300600021 By the Compiler of Kachapag. B004300600022 ENDBIB 20 0 B004300600023 NOCOMMON 0 0 B004300600024 DATA 4 17 B004300600025 EN DATA -DATA-ERR +DATA-ERR B004300600026 MEV MB MB MB B004300600027 6. 62. B004300600028 7. 175. 48. 12. B004300600029 8. 254. B004300600030 8.5 329. B004300600031 8.6 336. B004300600032 9.4 349. B004300600033 10.1 410. B004300600034 10.5 433. B004300600035 10.8 409. B004300600036 11.5 462. B004300600037 11.6 418. B004300600038 12.1 483. B004300600039 12.2 418. B004300600040 12.8 480. B004300600041 13. 412. B004300600042 13.5 448. B004300600043 13.7 405. B004300600044 ENDDATA 19 0 B004300600045 ENDSUBENT 44 0 B004300699999 SUBENT B0043007 20011220 0000B004300700001 BIB 7 18 B004300700002 REACTION (26-FE-57(P,N)27-CO-57,,SIG,,,EXP) B004300700003 RAD-DET (27-CO-57,DG) B004300700004 DECAY-DATA (27-CO-57,270.D,DG,130.,1.0) B004300700005 The 130 KeV Gamma Ray Gives the Sum of the Unresolved B004300700006 Rays of 122 and 136 KeV. B004300700007 SAMPLE Metallic Foils of Natural Iron Containing 2.19% Fe-57, B004300700008 Thickness 2 to 5 Mg/Cm**2. B004300700009 DETECTOR (NAICR).Well Crystal B004300700010 METHOD (EXTB,STTA,EDEG,BCINT,CHSEP) B004300700011 The Energy Loss in Aluminium was Calculated from the B004300700012 Range-Energy Curve of W.A.Aron Et Al., Aecu-663(1949). B004300700013 The Energy Loss in Other Foils was Calculated from B004300700014 The Stopping Power Formula of H.A.Bethe, Rev.Mod.Phys. B004300700015 9,245(1937). B004300700016 STATUS (CPX) B004300700017 The Symmetric Error Given in Ornl-Cpx-1 was Changed B004300700018 Into the Unsymmetric Error According to the PublicationB004300700019 By the Compiler. B004300700020 ENDBIB 18 0 B004300700021 NOCOMMON 0 0 B004300700022 DATA 4 13 B004300700023 EN DATA -DATA-ERR +DATA-ERR B004300700024 MEV MB MB MB B004300700025 3.7 85. B004300700026 4.9 143. B004300700027 6. 293. B004300700028 7. 394. 52. 25. B004300700029 7.9 390. B004300700030 8.4 378. B004300700031 8.6 378. B004300700032 9.4 394. B004300700033 10. 399. B004300700034 10.8 372. B004300700035 12.9 270. B004300700036 13. 196. B004300700037 13.8 192. B004300700038 ENDDATA 15 0 B004300700039 ENDSUBENT 38 0 B004300799999 SUBENT B0043008 20011220 0000B004300800001 BIB 8 16 B004300800002 REACTION (28-NI-61(P,N)29-CU-61,,SIG,,,EXP) B004300800003 RAD-DET (29-CU-61,B+) B004300800004 DECAY-DATA (29-CU-61,3.3HR,B+,,0.66) B004300800005 SAMPLE Metallic Foils of Natural Nickel Containing 1.19% B004300800006 Ni-61, Thickness 2 to 5 Mg/Cm**2. B004300800007 DETECTOR (GEMUC) B004300800008 COMMENT By the Gm-Counter the Cu-61/Cu-64 Ratios were Measured.B004300800009 The Cu-61 Cross Sections were Obtained from these B004300800010 Ratios and the Disintegration Rate of Cu-64. B004300800011 METHOD (EXTB,STTA,EDEG,BCINT,CHSEP) B004300800012 The Energy Loss in Aluminium was Calculated from the B004300800013 Range-Energy Curve of W.A.Aron Et Al., Aecu-663(1949). B004300800014 The Energy Loss in Other Foils was Calculated from B004300800015 The Stopping Power Formula of H.A.Bethe, Rev.Mod.Phys. B004300800016 9,245(1937). B004300800017 STATUS (CURVE) By Kachapag. B004300800018 ENDBIB 16 0 B004300800019 NOCOMMON 0 0 B004300800020 DATA 4 14 B004300800021 EN DATA -DATA-ERR +DATA-ERR B004300800022 MEV MB MB MB B004300800023 4.8 169. B004300800024 5.5 320. B004300800025 6.5 463. B004300800026 7.5 504. B004300800027 7.9 606. B004300800028 8.4 554. B004300800029 8.9 648. B004300800030 9.3 683. B004300800031 10. 672. 126. 70. B004300800032 10.8 609. B004300800033 11.7 508. B004300800034 12.5 437. B004300800035 13.4 362. B004300800036 14.1 323. B004300800037 ENDDATA 16 0 B004300800038 ENDSUBENT 37 0 B004300899999 SUBENT B0043009 20011220 0000B004300900001 BIB 7 15 B004300900002 REACTION (28-NI-64(P,N)29-CU-64,,SIG,,,EXP) Shielded. B004300900003 RAD-DET (29-CU-64,B+,B-) B004300900004 DECAY-DATA (29-CU-64,12.8HR,B,,0.57) B004300900005 The Abundance of 0.57 Gives the Probability of B+ and B004300900006 B- Emission. B004300900007 SAMPLE Metallic Foils of Natural Nickel Containing 1.08% B004300900008 Ni-64, Thickness 2 to 5 Mg/Cm**2. B004300900009 DETECTOR (PROPC) B004300900010 METHOD (EXTB,STTA,EDEG,BCINT,CHSEP) B004300900011 The Energy Loss in Aluminium was Calculated from the B004300900012 Range-Energy Curve of W.A.Aron Et Al., Aecu-663(1949). B004300900013 The Energy Loss in Other Foils was Calculated from B004300900014 The Stopping Power Formula of H.A.Bethe, Rev.Mod.Phys. B004300900015 9,245(1937). B004300900016 STATUS (CURVE) By Kachapag. B004300900017 ENDBIB 15 0 B004300900018 NOCOMMON 0 0 B004300900019 DATA 4 14 B004300900020 EN DATA -DATA-ERR +DATA-ERR B004300900021 MEV MB MB MB B004300900022 4.8 297. B004300900023 5.5 308. B004300900024 6.5 419. B004300900025 7.5 560. B004300900026 7.9 813. B004300900027 8.4 634. B004300900028 8.8 894. B004300900029 9.3 776. 80. 28. B004300900030 10. 808. B004300900031 10.8 750. B004300900032 11.7 650. B004300900033 12.5 565. B004300900034 13.3 351. B004300900035 14.1 250. B004300900036 ENDDATA 16 0 B004300900037 ENDSUBENT 36 0 B004300999999 ENDENTRY 9 0 B004399999999