DATA FOR A = 173 AND Z = 70(YB) 172YB(N,G) E=THERMAL CONSTANT IS OFF
DATASET DAP DBLANK DGAMMA DMIN DSYS
173YB H TYP=FUL$AUT=V. S. SHIRLEY$CIT=NDS 75,377 (1995)$CUT=1-Oct-1993$
173YB C YB oxide targets enriched to 91.5% in 172YB; measured
173YB2C EG, IG (3-crystal GELI pair spect for EG GT 3400,
173YB3C anti-COMPTON spect for EG LT 1300).
173YB C Other: 1969Na08.
173YB CL J$From (E1) multipolarity of primary transitions
173YB2CL except where noted.
173YB CG RI$Number of G-rays per 100 neutron captures. IG values
173YB2CG for secondary transitions are normalized to RI(831.6G)=0.44,
173YB3CG corresponding to absolute yield from natural YB of
173YB4CG RI(809.3G, 175YB)=2.2% (1970Or05). IG values for primary
173YB5CG transitions are normalized to RI(5293.6G)=2.2,
173YB6CG corresponding to absolute yield from natural YB of
173YB7CG RI(5265.7G, 175YB)=4.3% (1971Al01).
173YB CG RI$Uncertainties range from AP 10% for strong lines
173YB2CG up to AP 100% for weak lines.
173YB CG M$From radiative strengths of primary transitions
173YB2CG (EG**3 law assumed for E1).
173YB CG E(Z) Complex (broad) peak, partially attributed
173YB2CG to 174YB.
173YB N 1
173YB cN SIGMAN=0.8 4
173YB G 116.110 3.1
173YB G 120.015 2.4
173YB G 564.815 0.43
173YB G 589.015 0.25
173YB G 596.220 0.16
173YB G 1002.610 0.23
173YB G 1255.710 0.30
173YB G 3467.220 0.36 ?
173YB G 3491.720 0.43 ?
173YB G 4101.815 0.54
173YB G 4167.115 0.26 ?
173YB G 4213.920 0.22 ?
173YB L 0.0 5/2-
173YB L 77.1 8 7/2-
173YB G 76.510 2.1 M1+E2 -0.224 14 ?
173YB L 399.1 6 1/2-
173YB G 399.4 8 26.4 E2
173YB L 461.8 6 3/2-
173YB G 461.8 8 2.5 M1
173YB L 482.0 9 5/2-
173YB G 82.815 0.93 ?
173YB L 623.6 8 5/2-
173YB G 141.110 0.74
173YB G 623.310 0.17
173YB L 632.1 13 5/2-
173YB G 633.420 0.45LT &
******************** INTENSITY = .22500+- .22500WAS ASSUMED
173YB L 1030.5 7 (1/2-)
173YB G 568.410 2.0
173YB G 633.420 0.45LT &
******************** INTENSITY = .22500+- .22500WAS ASSUMED
173YB G 1030.610 1.5LT &
******************** INTENSITY = .75000+- .75000WAS ASSUMED
173YB L 1073.3 7 (3/2)-
173YB G 592.315 0.42
173YB G 611.315 0.76
173YB G 674.215 1.2
173YB G 995.610 0.32
173YB L 1230.9 10 (3/2)-
173YB G 769.115 0.68
173YB G 831.615 0.44
173YB L 1338.6 10 (3/2)-
173YB G 707.215 0.20 ?
173YB G 714.210 0.18
173YB L 1492.3 10 1/2,3/2
173YB CL J$from feeding by primary transition.
173YB G 1030.610 1.5LT &
******************** INTENSITY = .75000+- .75000WAS ASSUMED
173YB L 6367.1 7 1/2+ S
173YB cL E$6367.6 5 from 1995Au04.
173YB2cL Observed deexcitation intensity is 98% of GS feeding.
173YB G 4875.520 0.54
173YB G 5027.515 0.24 (E1)
173YB G 5135.915 0.58 (E1)
173YB G 5293.610 2.2 (E1)
173YB G 5336.810 2.6 (E1)
173YB G 5905.415 0.38 (E1) Z
173YB G 5968.110 2.8 (E1)
DATA FOR A = 173 AND Z = 70(YB) 172YB(N,G) E=THERMAL CONSTANT IS OFF
DATASET DAP DBLANK DGAMMA DMIN DSYS
173YB N 4.57 6 1.0
173YB L 0.0 5/2-
173YB L 77.1 8 7/2-
173YB L 399.1 6 1/2-
173YB G 399.17 4 0.11112 E2
SUMMARY OF TRANSITION DATA FOR ADOPTED LEVELS, GAMMAS CALCULATION
E(DE) I(DI)
L1 0.0
1 L1 77.1 8
1 G1 76.5 10 2.1 4
1 G2 77.1 8
1 L1 399.1 6
1 G1 399.4 8 26 5
1 G2 399.17 4 0.111 12
1 L1 461.8 6
1 G1 461.8 8 2.5 5
1 L1 482.0 9
1 G1 82.8 15 0.93 19
1 L1 623.6 8
1 G1 141.1 10 0.74 15
1 G1 623.3 10 0.17 3
1 L1 632.1 13
1 G1 633.4 20 0.23 23
1 L1 1030.5 7
1 G1 568.4 10 2.0 4
1 G1 633.4 20 0.23 23
1 G1 1030.6 10 0.8 8
1 L1 1073.3 7
1 G1 592.3 15 0.42 8
1 G1 611.3 15 0.76 15
1 G1 674.2 15 1.20 24
1 G1 995.6 10 0.32 6
1 L1 1230.9 10
1 G1 769.1 15 0.68 14
1 G1 831.6 15 0.44 9
1 L1 1338.6 10
1 G1 707.2 15 0.20 4
1 G1 714.2 10 0.18 4
1 L1 1492.3 10
1 G1 1030.6 10 0.8 8
1 L1 6367.1 7
1 G1 4875.5 20 0.54 11
1 G1 5027.5 15 0.24 5
1 G1 5135.9 15 0.58 12
1 G1 5293.6 10 2.2 4
1 G1 5336.8 10 2.6 5
1 G1 5905.4 15 0.38 8
1 G1 5968.1 10 2.8 6
LEAST-SQUARES LINEAR REGRESSION OF LEVEL AND GAMMA ENERGIES
LEVEL ENERGIES
1. 0.0
2. 77.1 6
3. 399.17 4
4. 461.9 6
5. 482.0 9
6. 623.6 8
7. 632.1 13
8. 1030.6 6
9. 1073.3 6
10. 1231.0 9
11. 1338.6 9
12. 1492.3 10
13. 6367.2 6
GAMMA ENERGIES
172YB(N,G) E=THERM-172YB(N,G) E=THERM- ENERGY DE L1 L2
-----------------------------------------------------------------------------------------------------------------------------------
76.5 10 77.1 8 77.1 6 2 1
82.8 15 0.0 82.9 9 5 3
141.1 10 0.0 141.6 8 6 5
399.4 8 399.17 4 399.17 4 3 1
461.8 8 0.0 461.9 6 4 1
568.4 10 0.0 568.7 7 8 4
592.3 15 0.0 591.3 9 9 5
611.3 15 0.0 611.4 7 9 4
623.3 10 0.0 623.6 8 6 1
(1 633.4 20 1) 0.0 631.4 6 8 3
633.4 20 0.0 632.1 13 7 1
674.2 15 0.0 674.1 6 9 3
707.2 15 0.0 706.5 12 11 7
714.2 10 0.0 715.0 8 11 6
769.1 15 0.0 769.1 9 10 4
831.6 15 0.0 831.8 9 10 3
995.6 10 0.0 996.2 7 9 2
1030.6 10 0.0 1030.4 9 12 4
1030.6 10 0.0 1030.5 6 8 1
4875.5 20 0.0 4874.8 10 13 12
5027.5 15 0.0 5028.5 10 13 11
5135.9 15 0.0 5136.1 9 13 10
5293.6 10 0.0 5293.8 7 13 9
5336.8 10 0.0 5336.5 7 13 8
5905.4 15 0.0 5905.2 6 13 4
5968.1 10 0.0 5967.9 6 13 3
DATA SET 1. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = .3676 F= 13
DATA SET 2. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = .1126E-03 F= -1
CHISQ/F = .3186 (FIT OF 28GAMMAS - 12LEVELS)
LEAST-SQUARED FIT AVERAGE INTENSITIES 1 ITERATIONS
LEVEL/GAMMA INTENSITY CHISQ/F
-----------------------------------------------------------------------------------------------------------------------------------
77.1 6 8.0 16 .0000
82.9 9 3.5 7 .0000
141.6 8 2.8 6 .0000
399.17 4 100 10 .0000
461.9 6 9.5 19 .0000
568.7 7 7.6 15 .0000
591.3 9 1.6 3 .0000
611.4 7 2.9 6 .0000
623.6 8 0.64 13 .0000
631.4 6 0.9 9 .0000
632.1 13 0.9 9 .0000
674.1 6 4.5 9 .0000
706.5 12 0.76 15 .0000
715.0 8 0.68 14 .0000
769.1 9 2.6 5 .0000
831.8 9 1.7 3 .0000
996.2 7 1.21 24 .0000
1030.4 9 3 3 .0000
1030.5 6 3 3 .0000
4874.8 10 2.0 4 .0000
5028.5 10 0.91 18 .0000
5136.1 9 2.2 4 .0000
5293.8 7 8.3 17 .0000
5336.5 7 9.8 20 .0000
5905.2 6 1.4 3 .0000
5967.9 6 10.6 21 .0000
-----------------------------------------------------------------------------------------------------------------------------------
GAMMA ENERGIES FITTED INTENSITIES
1.172YB(N,G) E=THERMAL 2.172YB(N,G) E=THERMAL
-----------------------------------------------------------------------------------------------------------------------------------
77.1 6 2.1 4 2.1 4 0.0 0.0088 20*S* 8.0 16
82.9 9 0.93 19 0.93 19 0.0 0.0039 9 3.5 7
141.6 8 0.74 15 0.74 15 0.0 0.0031 7 2.8 6
399.17 4 26 5 26 3 0.111 12 0.111 12 100 10
461.9 6 2.5 5 2.5 5 0.0 0.0105 24 9.5 19
568.7 7 2.0 4 2.0 4 0.0 0.0084 19 7.6 15
591.3 9 0.42 8 0.42 8 0.0 0.0018 4 1.6 3
611.4 7 0.76 15 0.76 15 0.0 0.0032 7 2.9 6
623.6 8 0.17 3 0.17 3 0.0 0.00071 16 0.64 13
631.4 6 0.23 23 0.23 23 0.0 0.0009 10 0.9 9
632.1 13 0.23 23 0.23 23 0.0 0.0009 10 0.9 9
674.1 6 1.20 24 1.20 24 0.0 0.0050 11 4.5 9
706.5 12 0.20 4 0.20 4 0.0 0.00084 19 0.76 15
715.0 8 0.18 4 0.18 4 0.0 0.00076 17 0.68 14
769.1 9 0.68 14 0.68 14 0.0 0.0029 7 2.6 5
831.8 9 0.44 9 0.44 9 0.0 0.0019 4 1.7 3
996.2 7 0.32 6 0.32 6 0.0 0.0013 3 1.21 24
1030.4 9 0.8 8 0.8 8 0.0 0.003 3 3 3
1030.5 6 0.8 8 0.8 8 0.0 0.003 3 3 3
4874.8 10 0.54 11 0.54 11 0.0 0.0023 5 2.0 4
5028.5 10 0.24 5 0.24 5 0.0 0.00101 23 0.91 18
5136.1 9 0.58 12 0.58 12 0.0 0.0024 6 2.2 4
5293.8 7 2.2 4 2.2 4 0.0 0.0093 21 8.3 17
5336.5 7 2.6 5 2.6 5 0.0 0.0109 25 9.8 20
5905.2 6 0.38 8 0.38 8 0.0 0.0016 4 1.4 3
5967.9 6 2.8 6 2.8 6 0.0 0.012 3 10.6 21
-----------------------------------------------------------------------------------------------------------------------------------
CHI/F .0000000 .0000000
SKEW .0000000 .0000000
NDEGREES 26 1
UNPLACED GAMMA RAY PROCESSING (INTENSITIES ARE RENORMALIZED)
173YB G 116.110 3.1
173YB G 120.015 2.4
173YB G 564.815 0.43
173YB G 589.015 0.25
173YB G 596.220 0.16
173YB G 1002.610 0.23
173YB G 1255.710 0.30
173YB G 3467.220 0.36
173YB G 3491.720 0.43
173YB G 4101.815 0.54
173YB G 4167.115 0.26
173YB G 4213.920 0.22