ENTRY 41270 20191215 418541270 0 1 SUBENT 41270001 20191215 418541270 1 1 BIB 12 40 41270 1 2 INSTITUTE (4RUSKUR) 41270 1 3 REFERENCE (J,AE,14,264,1963) Data Table is given 41270 1 4 (J,SJA,14,258,1964) English translation of AE 14 264 41270 1 5 AUTHOR (L.S.Danelyan,B.V.Efimov) 41270 1 6 TITLE Radiative capture cross sections of tellurium isotopes41270 1 7 as a function of neutron energies up to 1.5 keV 41270 1 8 FACILITY (LINAC,4RUSKUR) Kurchatov Institute Linear Electron 41270 1 9 Accelerator 41270 1 10 INC-SOURCE .Neutrons produced from a uranium target of the linear 41270 1 11 accelerator surrounded by a 4 cm water moderator. 41270 1 12 Neutron pulse length was either 0.9 or 0.6 microsec. 41270 1 13 Distance from neutron source to sample - 15.1 m. 41270 1 14 INC-SPECT Neutron flux form for energies up to 400 eV on the 41270 1 15 form F(E)dE ~ dE/(E**0.81) from measurements. 41270 1 16 MONITOR .Absolute measurements 41270 1 17 METHOD (TOF) Time of flight. Time channel width 0.05 microsec,41270 1 18 half width of the resolution function 0.05 microsec/m. 41270 1 19 At cross-section measurement a Cd filter of 0.5 mm 41270 1 20 thickness was placed in the path of the beam. 41270 1 21 DETECTOR (NAICR) 4 sodium-iodide scintillation crystal detectors41270 1 22 of 70-80 mm diameter, 55-60 mm high, for gamma 41270 1 23 registration. 41270 1 24 Counting efficiency 6% for 1.2 MeV gammas(Co-60), 41270 1 25 5.5% for 2.8 MeV gammas (Na-24). 41270 1 26 (BF3) For neutron flux monitoring 41270 1 27 CORRECTION .Corrections were made for Doppler broadening, multiple41270 1 28 scattering, and self-shielding 41270 1 29 .Background 41270 1 30 independent of time-of-flight - 3% of counts with a 41270 1 31 black sample, 41270 1 32 depending on time-of-flight - 75% of total background 41270 1 33 at 337 eV energy. 41270 1 34 HISTORY (19970810C) + + Compiled at the Center - CJD + + 41270 1 35 (19980128U) Correction in Subents 41270009, 41270010 41270 1 36 (20010322U) Corrected at CJD 41270 1 37 (20010322U) Last checking has been done. 41270 1 38 (20191215A) M.M. Reaction 3 in Subents 009,010 were 41270 1 39 corrected. BIB information was updated. 41270 1 40 ERR-ANALYS was corrected and moved from Subent 001 to 41270 1 41 proper Subents. 41270 1 42 ENDBIB 40 0 41270 1 43 NOCOMMON 0 0 41270 1 44 ENDSUBENT 43 0 41270 199999 SUBENT 41270002 20191215 418541270 2 1 BIB 5 13 41270 2 2 REACTION (52-TE-122(N,0),,EN) 41270 2 3 SAMPLE Metallic powder in aluminum container of 30 and 50 mm 41270 2 4 diameter. Fe(2)O(3) admixture is 0.05 %, Cu-O - 0.01 %.41270 2 5 Total weight 1.437 gram, inverse thickness 1190 barn/ 41270 2 6 atom. 41270 2 7 Te-120 content is 0.07 % , Te-122 content is 83.57 % , 41270 2 8 Te-123 content is 2.94 % , Te-124 content is 3.36 % , 41270 2 9 Te-125 content is 1.59 % , Te-126 content is 2.82 % , 41270 2 10 Te-128 content is 3.03 % , Te-130 content is 2.65 % 41270 2 11 ERR-ANALYS (DATA-ERR) Total error 41270 2 12 STATUS (TABLE) Table 3 of J.Sov.At.Energy,v.14,p.258,1964 41270 2 13 HISTORY (19970810T) Converted from Subent 80516002 41270 2 14 (20010322U) Last checking has been done. 41270 2 15 ENDBIB 13 0 41270 2 16 NOCOMMON 0 0 41270 2 17 DATA 2 9 41270 2 18 DATA DATA-ERR 41270 2 19 EV EV 41270 2 20 7.2E+01 1. 41270 2 21 2.3E+02 7. 41270 2 22 3.25E+02 1.E+01 41270 2 23 4.45E+02 2.E+01 41270 2 24 6.E+02 3.E+01 41270 2 25 7.45E+02 4.E+01 41270 2 26 9.2E+02 6.E+01 41270 2 27 1.1E+03 7.E+01 41270 2 28 1.77E+03 1.5E+02 41270 2 29 ENDDATA 11 0 41270 2 30 ENDSUBENT 29 0 41270 299999 SUBENT 41270003 20191215 418541270 3 1 BIB 5 14 41270 3 2 REACTION (52-TE-124(N,0),,EN) 41270 3 3 SAMPLE Metallic powder in aluminum container of 30 and 50 mm 41270 3 4 diameter. Fe(2)O(3) admixture is 0.05 %, Cu-O - 0.01 %.41270 3 5 Total weight 3.226 gram, 41270 3 6 inverse thickness 535 barn/atom. 41270 3 7 Te-120 content is less than 0.08 % , 41270 3 8 Te-122 content is less than 0.1 % , 41270 3 9 Te-123 content is 0.42 % , Te-124 content is 83.7 % , 41270 3 10 Te-125 content is 7.39 % , Te-126 content is 5.37 % , 41270 3 11 Te-128 content is 1.80 % , Te-130 content is 1.01 % 41270 3 12 ERR-ANALYS (DATA-ERR) Total error 41270 3 13 STATUS (TABLE) Table 3 of J.Sov.At.Energy,v.14,p.258,1964 41270 3 14 HISTORY (19970810T) Converted from Subent 80516003 41270 3 15 (20010322U) Last checking has been done. 41270 3 16 ENDBIB 14 0 41270 3 17 NOCOMMON 0 0 41270 3 18 DATA 2 7 41270 3 19 DATA DATA-ERR 41270 3 20 EV EV 41270 3 21 1.98E+02 5. 41270 3 22 5.3E+02 2.5E+01 41270 3 23 6.7E+02 3.2E+01 41270 3 24 7.9E+02 4.5E+01 41270 3 25 9.8E+02 6.E+01 41270 3 26 1.46E+03 1.E+02 41270 3 27 1.89E+03 1.7E+02 41270 3 28 ENDDATA 9 0 41270 3 29 ENDSUBENT 28 0 41270 399999 SUBENT 41270004 20191215 418541270 4 1 BIB 4 5 41270 4 2 REACTION (52-TE-126(N,0),,EN) 41270 4 3 HISTORY (19970810T) Converted from Subent 80516004 41270 4 4 (20010322U) Last checking has been done. 41270 4 5 ERR-ANALYS (DATA-ERR) Total error 41270 4 6 STATUS (TABLE) Table 3 of J.Sov.At.Energy,v.14,p.258,1964 41270 4 7 ENDBIB 5 0 41270 4 8 NOCOMMON 0 0 41270 4 9 DATA 2 1 41270 4 10 DATA DATA-ERR 41270 4 11 EV EV 41270 4 12 1.98E+02 5. 41270 4 13 ENDDATA 3 0 41270 4 14 ENDSUBENT 13 0 41270 499999 SUBENT 41270005 20191215 418541270 5 1 BIB 4 12 41270 5 2 REACTION (52-TE-122(N,0),,D) 41270 5 3 SAMPLE Metallic powder in aluminum container of 30 and 50 mm 41270 5 4 diameter. Fe(2)O(3) admixture is 0.05 %, Cu-O - 0.01 %.41270 5 5 Total weight 1.437 gram, inverse thickness 1190 barn/ 41270 5 6 atom. 41270 5 7 Te-120 content is 0.07 % , Te-122 content is 83.57 % , 41270 5 8 Te-123 content is 2.94 % , Te-124 content is 3.36 % , 41270 5 9 Te-125 content is 1.59 % , Te-126 content is 2.82 % , 41270 5 10 Te-128 content is 3.03 % , Te-130 content is 2.65 % 41270 5 11 STATUS (TABLE) Table 3 of J.Sov.At.Energy,v.14,p.258,1964 41270 5 12 HISTORY (19970810T) Converted from Subent 80516005 41270 5 13 (20010322U) Last checking has been done. 41270 5 14 ENDBIB 12 0 41270 5 15 NOCOMMON 0 0 41270 5 16 DATA 3 1 41270 5 17 EN-RES-MIN EN-RES-MAX DATA 41270 5 18 EV EV EV 41270 5 19 7.2E+01 1.77E+03 1.4E+02 41270 5 20 ENDDATA 3 0 41270 5 21 ENDSUBENT 20 0 41270 599999 SUBENT 41270006 20191215 418541270 6 1 BIB 4 12 41270 6 2 REACTION (52-TE-123(N,0),,D) 41270 6 3 SAMPLE Metallic powder in aluminum container of 30 and 50 mm 41270 6 4 diameter. Fe(2)O(3) admixture is 0.05 %, Cu-O - 0.01 %.41270 6 5 Total weight 0.268 gram, 41270 6 6 inverse thickness 8850 barn/atom. 41270 6 7 Te-120 content is 0.3 % , Te-122 content is 1.2 % , 41270 6 8 Te-123 content is 60.9 % , Te-124 content is 20.2 % , 41270 6 9 Te-125 content is 4.7 % , Te-126 content is 6.1 % , 41270 6 10 Te-128 content is 3.4 % , Te-130 content is 3.1 % 41270 6 11 STATUS (TABLE) Table 3 of J.Sov.At.Energy,v.14,p.258,1964 41270 6 12 HISTORY (19970810T) Converted from Subent 80516006 41270 6 13 (20010322U) Last checking has been done. 41270 6 14 ENDBIB 12 0 41270 6 15 NOCOMMON 0 0 41270 6 16 DATA 3 1 41270 6 17 EN-RES-MIN EN-RES-MAX DATA 41270 6 18 EV EV EV 41270 6 19 2.334 3.65E+02 2.3E+01 41270 6 20 ENDDATA 3 0 41270 6 21 ENDSUBENT 20 0 41270 699999 SUBENT 41270007 20191215 418541270 7 1 BIB 4 13 41270 7 2 REACTION (52-TE-124(N,0),,D) 41270 7 3 SAMPLE Metallic powder in aluminum container of 30 and 50 mm 41270 7 4 diameter. Fe(2)O(3) admixture is 0.05 %, Cu-O - 0.01 %.41270 7 5 Total weight 3.226 gram, 41270 7 6 inverse thickness 535 barn/atom. 41270 7 7 Te-120 content is less than 0.08 % , 41270 7 8 Te-122 content is less than 0.1 % , 41270 7 9 Te-123 content is 0.42 % , Te-124 content is 83.7 % , 41270 7 10 Te-125 content is 7.39 % , Te-126 content is 5.37 % , 41270 7 11 Te-128 content is 1.80 % , Te-130 content is 1.01 % 41270 7 12 STATUS (TABLE) Table 3 of J.Sov.At.Energy,v.14,p.258,1964 41270 7 13 HISTORY (19970810T) Converted from Subent 80516007 41270 7 14 (20010322U) Last checking has been done. 41270 7 15 ENDBIB 13 0 41270 7 16 NOCOMMON 0 0 41270 7 17 DATA 3 1 41270 7 18 EN-RES-MIN EN-RES-MAX DATA 41270 7 19 EV EV EV 41270 7 20 1.98E+02 1.89E+03 2.2E+02 41270 7 21 ENDDATA 3 0 41270 7 22 ENDSUBENT 21 0 41270 799999 SUBENT 41270008 20191215 418541270 8 1 BIB 4 14 41270 8 2 REACTION (52-TE-125(N,0),,D) 41270 8 3 SAMPLE Metallic powder in aluminum container of 30 and 50 mm 41270 8 4 diameter. Fe(2)O(3) admixture is 0.05 %, Cu-O - 0.0 % .41270 8 5 Total weight 0.940 gram, 41270 8 6 inverse thickness 1800 barn/atom. 41270 8 7 Te-120 content is less than 0.1 % , 41270 8 8 Te-122 content is less than 0.1 % , 41270 8 9 Te-123 content is less than 0.1 % , 41270 8 10 Te-124 content is 1.26 % , 41270 8 11 Te-125 content is 86.87 % , Te-126 content is 9.48 % , 41270 8 12 Te-128 content is 1.53 % , Te-130 content is 0.86 % 41270 8 13 STATUS (TABLE) Table 3 of J.Sov.At.Energy,v.14,p.258,1964 41270 8 14 HISTORY (19970810T) Converted from Subent 80516008 41270 8 15 (20010322U) Last checking has been done. 41270 8 16 ENDBIB 14 0 41270 8 17 NOCOMMON 0 0 41270 8 18 DATA 3 1 41270 8 19 EN-RES-MIN EN-RES-MAX DATA 41270 8 20 EV EV EV 41270 8 21 2.59E+01 7.68E+02 5.E+01 41270 8 22 ENDDATA 3 0 41270 8 23 ENDSUBENT 22 0 41270 899999 SUBENT 41270009 20191215 418541270 9 1 BIB 7 52 41270 9 2 REACTION 1(52-TE-123(N,0),,EN) 41270 9 3 2(52-TE-123(N,TOT),,WID,,S0) 41270 9 4 3(52-TE-123(N,G),,WID,,S0) 41270 9 5 4(52-TE-123(N,0),,J) 41270 9 6 5(52-TE-123(N,EL),,WID) 41270 9 7 6(52-TE-123(N,TOT),,WID) 41270 9 8 7(52-TE-123(N,EL),,WID/RED) 41270 9 9 8(52-TE-123(N,EL),,WID/RED,,2G) 41270 9 10 SAMPLE Metallic powder in aluminum container of 30 and 50 mm 41270 9 11 diameter. Fe(2)O(3) admixture is 0.05 %, Cu-O - 0.01 %41270 9 12 Total weight 0.268 gram, 41270 9 13 inverse thickness 8850 barn/atom. 41270 9 14 Te-120 content is 0.3 % , Te-122 content is 1.2 % , 41270 9 15 Te-123 content is 60.9 % , Te-124 content is 20.2 % , 41270 9 16 Te-125 content is 4.7 % , Te-126 content is 6.1 % , 41270 9 17 Te-128 content is 3.4 % , Te-130 content is 3.1 % 41270 9 18 ASSUMED (ASSUM1,52-TE-123(N,0),,EN) 41270 9 19 (ASSUM2,52-TE-123(N,EL),,WID) 41270 9 20 (ASSUM3,52-TE-123(N,EL),,WID,,2G) 41270 9 21 (ASSUM4,52-TE-123(N,G),,WID) 41270 9 22 COMMENT .Several values of (52-TE-123(N,EL),,WID,,2G) and 41270 9 23 (52-TE-123(N,G),,WID) obtained from BNL-325 Suppl.No.141270 9 24 (1958) 41270 9 25 ERR-ANALYS (ERR-T) Total error 41270 9 26 .For the condition where all errors are independent, 41270 9 27 the mean square relative error is about 10 % 41270 9 28 (for weak resonances 15-25 %) 41270 9 29 .Discussion was given for the background contribution 41270 9 30 and errors of the cross sections. The basic 41270 9 31 uncertainties which contribute to the error in the 41270 9 32 value of ((52-TE-A(N,G),,SIG)*(52-TE-A(N,TOT),,WID)) 41270 9 33 (ERR-S,2.,10.) Statistical Error in the Sum of the 41270 9 34 counting rates amounting to 2 to 5 % , up to 10 % at 41270 9 35 weak resonances 41270 9 36 (ERR-1,2.,3.) Error in the sample thickness 2-3 %, 41270 9 37 mainly from oxidation of tellurium 41270 9 38 (ERR-2) Change in counting efficiency among resonances 41270 9 39 (ERR-3,,4.) Max. error in the correction factor for 41270 9 40 counted scattered neutrons 41270 9 41 (ERR-4,,3.) Max. error due to multiple scattering 41270 9 42 (ERR-5) Error in the counting rate of the black sample 41270 9 43 at resonance . 41270 9 44 (ERR-6) Error of determination of the neutron spectrum 41270 9 45 (ERR-7,3.,5.) Error of determination of Sig-G-Res times41270 9 46 Wid-0-gamma by extrapolation - 2 to 5 % 41270 9 47 STATUS (TABLE) Table 4 of J.Sov.At.Energy,v.14,p.258,1964 41270 9 48 HISTORY (19970810C) Compiled at the Center 41270 9 49 (19980128U) Pointers 4 in Line 38 and Pointer 7 41270 9 50 in line 39 restored 41270 9 51 (20010322U) Last checking has been done. 41270 9 52 (20191215A) M.M. Reaction 3 was corrected. 41270 9 53 "(COREL,40661002)" was deleted. 41270 9 54 ENDBIB 52 0 41270 9 55 COMMON 7 6 41270 9 56 ASSUM1 ASSUM1-ERR ASSUM2 ASSUM2-ERR ERR-2 ERR-5 41270 9 57 ERR-6 41270 9 58 EV EV MILLI-EV MILLI-EV PER-CENT PER-CENT 41270 9 59 PER-CENT 41270 9 60 2.334 0.01 10.4 0.6 5. 2.41270 9 61 2. 41270 9 62 ENDCOMMON 6 0 41270 9 63 DATA 18 11 41270 9 64 DATA 1ERR-T 1DATA 2DATA 3ERR-T 3DATA 441270 9 65 DATA 5ERR-T 5DATA 6ERR-T 6DATA 7ERR-T 741270 9 66 DATA 8ERR-T 8ASSUM3 ASSUM3-ERR ASSUM4 ASSUM4-ERR 41270 9 67 EV EV B*EV B*EV B*EV NO-DIM 41270 9 68 MILLI-EV MILLI-EV MILLI-EV MILLI-EV MILLI-EV MILLI-EV 41270 9 69 MILLI-EV MILLI-EV MILLI-EV MILLI-EV MILLI-EV MILLI-EV 41270 9 70 2.39E+01 2.E-01 2500. 1350. 100. 0.41270 9 71 92. 8. 114. 4. 6.8 0.441270 9 72 46. 4. 104. 3.41270 9 73 3.55E+01 4.E-01 480. 380. 30. 0.41270 9 74 26.4 1.8 200. 20. 19. 1.641270 9 75 13.2 0.9 108. 18.41270 9 76 9.6E+01 2. 220. 45. 41270 9 77 125. 40. 4.4 0.341270 9 78 1.7 0.4 17. 4. 100. 42.41270 9 79 1.09E+02 2. 70. 16. 41270 9 80 41270 9 81 0.6 0.1 6. 1.2 41270 9 82 1.18E+02 2. 200. 40. 41270 9 83 41270 9 84 1.85 0.36 20. 4. 41270 9 85 1.32E+02 3. 625. 500. 50. 1.41270 9 86 42. 7. 220. 120. 3.741270 9 87 0.6 63. 10. 180. 120.41270 9 88 1.57E+02 4. 2200. 610. 60. 1.41270 9 89 180. 20. 250. 20. 14.541270 9 90 1.6 270. 30. 70. 10.41270 9 91 2.35E+02 7. 41270 9 92 41270 9 93 41270 9 94 2.76E+02 1.E+01 41270 9 95 41270 9 96 41270 9 97 3.1E+02 1.1E+01 41270 9 98 41270 9 99 41270 9 100 3.65E+02 1.5E+01 41270 9 101 41270 9 102 41270 9 103 ENDDATA 39 0 41270 9 104 ENDSUBENT 103 0 41270 999999 SUBENT 41270010 20191215 418541270 10 1 BIB 7 53 41270 10 2 REACTION 1(52-TE-125(N,0),,EN) 41270 10 3 2(52-TE-125(N,TOT),,WID,,S0) 41270 10 4 3(52-TE-125(N,G),,WID,,S0) 41270 10 5 4(52-TE-125(N,0),,J) 41270 10 6 5(52-TE-125(N,EL),,WID) 41270 10 7 6(52-TE-125(N,TOT),,WID) 41270 10 8 7(52-TE-125(N,EL),,WID/RED) 41270 10 9 8(52-TE-125(N,EL),,WID/RED,,2G) 41270 10 10 SAMPLE Metallic powder in aluminum container of 30 and 50 mm 41270 10 11 diameter. Fe(2)O(3) admixture is 0.05 %, Cu-O - 0.01 %.41270 10 12 Total weight 0.940 gram, 41270 10 13 inverse thickness 1800 barn/atom. 41270 10 14 Te-120 content is less than 0.1 % , 41270 10 15 Te-122 content is less than 0.1 % , 41270 10 16 Te-123 content is less than 0.1 % , 41270 10 17 Te-124 content is 1.26 % , 41270 10 18 Te-125 content is 86.87 % , Te-126 content is 9.48 % , 41270 10 19 Te-128 content is 1.53 % , Te-130 content is 0.86 % 41270 10 20 ASSUMED (ASSUM1,52-TE-125(N,EL),,WID,,2G) 41270 10 21 (ASSUM2,52-TE-125(N,G),,WID) 41270 10 22 COMMENT .Several values of (52-TE-125(N,EL),,WID,,2G) and 41270 10 23 (52-TE-125(N,G),,WID) obtained from BNL-325, 41270 10 24 Suppl.No.1, 1958 41270 10 25 Value of (52-TE-125(N,EL),,WID,,2G) was taken as 41270 10 26 19.+-3. meV to avoid contradictory results 41270 10 27 STATUS (TABLE) Table 4 of J.Sov.At.Energy,v.14,p.258,1964 41270 10 28 ERR-ANALYS (ERR-T) Total error 41270 10 29 .For the condition where all errors are independent, 41270 10 30 the mean square relative error is about 10 % 41270 10 31 (for weak resonances 15-25 %) 41270 10 32 .Discussion was given for the background contribution 41270 10 33 and errors of the cross sections. The basic 41270 10 34 uncertainties which contribute to the error in the 41270 10 35 value of ((52-TE-A(N,G),,SIG)*(52-TE-A(N,TOT),,WID)) 41270 10 36 (ERR-S,2.,10.) Statistical Error in the Sum of the 41270 10 37 counting rates amounting to 2 to 5 % , up to 10 % at 41270 10 38 weak resonances 41270 10 39 (ERR-1,2.,3.) Error in the sample thickness 2-3 %, 41270 10 40 mainly from oxidation of tellurium 41270 10 41 (ERR-2) Change in counting efficiency among resonances 41270 10 42 (ERR-3,,4.) Max. error in the correction factor for 41270 10 43 counted scattered neutrons 41270 10 44 (ERR-4,,3.) Max. error due to multiple scattering 41270 10 45 (ERR-5) Error in the counting rate of the black sample 41270 10 46 at resonance . 41270 10 47 (ERR-6) Error of determination of the neutron spectrum 41270 10 48 (ERR-7,3.,5.) Error of determination of Sig-G-Res times41270 10 49 Wid-0-gamma by extrapolation - 2 to 5 % 41270 10 50 HISTORY (19970810C) Compiled at the center 41270 10 51 (19980128U) Pointer 7 in line 38 restored 41270 10 52 (20010322U) Last checking has been done. 41270 10 53 (20191215A) M.M. Reaction 3 was corrected 41270 10 54 "(COREL,40661003),(COREL,40661004)" was deleted. 41270 10 55 ENDBIB 53 0 41270 10 56 COMMON 3 3 41270 10 57 ERR-2 ERR-5 ERR-6 41270 10 58 PER-CENT PER-CENT PER-CENT 41270 10 59 5. 2. 2. 41270 10 60 ENDCOMMON 3 0 41270 10 61 DATA 18 17 41270 10 62 DATA 1ERR-T 1DATA 2DATA 3ERR-T 3DATA 441270 10 63 DATA 5ERR-T 5DATA 6ERR-T 6DATA 7ERR-T 741270 10 64 DATA 8ERR-T 8ASSUM1 ASSUM1-ERR ASSUM2 ASSUM2-ERR 41270 10 65 EV EV B*EV B*EV B*EV NO-DIM 41270 10 66 MILLI-EV MILLI-EV MILLI-EV MILLI-EV MILLI-EV MILLI-EV 41270 10 67 MILLI-EV MILLI-EV MILLI-EV MILLI-EV MILLI-EV MILLI-EV 41270 10 68 2.59E+01 2.E-01 48. 4.5E+01 2.5 0.41270 10 69 1.82 107. 41270 10 70 0.187 0.014 0.96 0.07 105. 41270 10 71 2.59E+01 2.E-01 48. 4.5E+01 2.5 1.41270 10 72 0.64 103. 41270 10 73 0.187 0.014 0.96 0.07 102. 41270 10 74 1.335E+02 3. 1.7E+02 2.E+01 0.41270 10 75 38. 6. 480. 1.1 0.1641270 10 76 19. 3. 440. 41270 10 77 1.335E+02 3. 1.7E+02 2.E+01 1.41270 10 78 12.7 2. 146. 1.1 0.1641270 10 79 19. 3. 133. 41270 10 80 2.13E+02 4. 240. 2.05E+02 2.E+01 0.41270 10 81 80. 20. 530. 1.83 0.4541270 10 82 40. 10. 450. 41270 10 83 2.13E+02 4. 240. 2.05E+02 2.E+01 1.41270 10 84 26.7 6.7 178. 1.83 0.4541270 10 85 40. 10. 150. 41270 10 86 2.285E+02 4. 1.15E+02 1.6E+01 41270 10 87 41270 10 88 41270 10 89 2.6E+02 5. 550. 3.65E+02 3.5E+01 1.41270 10 90 73.4 20. 200. 70. 4.55 1.2541270 10 91 110. 30. 146. 80.41270 10 92 2.89E+02 5. 900. 4.7E+02 4.5E+01 1.41270 10 93 133. 27. 280. 35. 7.8 1.641270 10 94 200. 40. 145. 40.41270 10 95 3.22E+02 6. 1.65E+02 2.2E+01 41270 10 96 41270 10 97 41270 10 98 3.94E+02 8. 41270 10 99 41270 10 100 41270 10 101 4.25E+02 9. 5.5E+02 9.E+01 41270 10 102 41270 10 103 41270 10 104 5.06E+02 1.5E+01 41270 10 105 41270 10 106 41270 10 107 5.68E+02 2.E+01 41270 10 108 41270 10 109 41270 10 110 6.17E+02 2.3E+01 41270 10 111 41270 10 112 41270 10 113 6.86E+02 3.E+01 41270 10 114 41270 10 115 41270 10 116 7.68E+02 3.5E+01 41270 10 117 41270 10 118 41270 10 119 ENDDATA 57 0 41270 10 120 ENDSUBENT 119 0 41270 1099999 SUBENT 41270011 20191215 418541270 11 1 BIB 6 14 41270 11 2 REACTION (52-TE-123(N,EL),,STF) 41270 11 3 SAMPLE Metallic powder in aluminum container of 30 and 50 mm 41270 11 4 diameter. Fe(2)O(3) admixture is 0.05 %, Cu-O - 0.01% .41270 11 5 Total weight 0.268 gram, 41270 11 6 inverse thickness 8850 barn/atom. 41270 11 7 Te-120 content is 0.3 % , Te-122 content is 1.2 % , 41270 11 8 Te-123 content is 60.9 % , Te-124 content is 20.2 % , 41270 11 9 Te-125 content is 4.7 % , Te-126 content is 6.1 % , 41270 11 10 Te-128 content is 3.4 % , Te-130 content is 3.1 % 41270 11 11 ERR-ANALYS (DATA-ERR) Total error 41270 11 12 ANALYSIS Strength function calculated using the best spin value 41270 11 13 STATUS (TABLE) Text p.266 of J.Sov.At.Energy,v.14,p.258,1964 41270 11 14 HISTORY (19970810T) Converted from Subent 80516011 41270 11 15 (20010322U) Last checking has been done. 41270 11 16 ENDBIB 14 0 41270 11 17 NOCOMMON 0 0 41270 11 18 DATA 5 1 41270 11 19 EN-RES-MIN EN-RES-MAX MOMENTUM L DATA DATA-ERR 41270 11 20 EV EV NO-DIM NO-DIM NO-DIM 41270 11 21 2.334 1.57E+02 0. 1.6E-04 7.E-05 41270 11 22 ENDDATA 3 0 41270 11 23 ENDSUBENT 22 0 41270 1199999 SUBENT 41270012 20191215 418541270 12 1 BIB 6 16 41270 12 2 REACTION (52-TE-125(N,EL),,STF) 41270 12 3 SAMPLE Metallic powder in aluminum container of 30 and 50 mm 41270 12 4 diameter. Fe(2)O(3) admixture is 0.05 %, Cu-O - 0.01 %.41270 12 5 Total weight 0.940 gram, 41270 12 6 inverse thickness 1800 barn/atom. 41270 12 7 Te-120 content is less than 0.1 % , 41270 12 8 Te-122 content is less than 0.1 % , 41270 12 9 Te-123 content is less than 0.1 % , 41270 12 10 Te-124 content is 1.26 % , 41270 12 11 Te-125 content is 86.87 % , Te-126 content is 9.48 % , 41270 12 12 Te-128 content is 1.53 % , Te-130 content is 0.86 % 41270 12 13 ANALYSIS Strength function calculated using the best spin value 41270 12 14 ERR-ANALYS (DATA-ERR) Total error 41270 12 15 STATUS (TABLE) Text p.266 of J.Sov.At.Energy,v.14,p.258,1964 41270 12 16 HISTORY (19970810T) Converted from Subent 80516012 41270 12 17 (20010322U) Last checking has been done. 41270 12 18 ENDBIB 16 0 41270 12 19 NOCOMMON 0 0 41270 12 20 DATA 5 1 41270 12 21 EN-RES-MIN EN-RES-MAX MOMENTUM L DATA DATA-ERR 41270 12 22 EV EV NO-DIM NO-DIM NO-DIM 41270 12 23 2.59E+01 4.25E+02 0. 5.5E-05 4.E-05 41270 12 24 ENDDATA 3 0 41270 12 25 ENDSUBENT 24 0 41270 1299999 ENDENTRY 12 0 4127099999999