DATA FOR A = 67 AND Z = 30(ZN) 66ZN(N,G),(POL N,G) E=TH CONSTANT IS OFF
DATASET DAP DBLANK DGAMMA DMIN DSYS
67ZN H TYP=ERR$COM=ADDED N RECORD, CHANGED DSID$
67ZN H TYP=FUL$AUT=M. R. BHAT$CIT=NDS 64,875 (1991)$CUT=3-Oct-1991$
67ZN C 1975DeYM: E=thermal, polarized neutrons; measured circular polarization
67ZN2C of primary G rays
67ZN C 1971Kn06: E=thermal, polarized neutrons; measured circular polarization
67ZN2C of primary G rays
67ZN C 1970Ba21: E=thermal, measured EG, RI of primary G rays
67ZN C Other: 1967Ba79
67ZN CL E From the neutron binding energy and the primary GAMMA-ray
67ZN2CL energies
67ZN CL J From adopted levels. Supporting arguments from this data set
67ZN2CL are given
67ZN CG E$Primary from 1970Ba21, swxondary from Adopted Gammas
67ZN CG RI$Gammas per 100 neutron captures (1970Ba21).
67ZN2cG Secondary gammas from intensity balance.
67ZN N 1
67ZN cN SIGMAN=0.85 20
67ZN PN 4
67ZN L 0.0 5/2-
67ZN L 93.311 41/2-
67ZN CL J 1/2- from circular polarization and L(D,P) (1975DeYM); J=1/2
67ZN2CL from G-ray circular polarization (1971Kn06)
67ZN G 93.311 5 28 E2 0.873
67ZN L 184.578 53/2-
67ZN CL J 3/2- from circular polarization and L(D,P) (1975DeYM);
67ZN2CL J=1/2, (3/2) from G-ray circular polarization (1971Kn06)
67ZN G 91.266 5 3.4 M1+E2 +0.06 5 0.083
67ZN G 184.57710 25.3 M1+E2 0.34 4 0.018
67ZN L 393.530 73/2-
67ZN CL J 3/2- from circular polarization and L(D,P) (1975DeYM); J=3/2
67ZN2CL from G-ray circular polarization (1971Kn06)
67ZN G 208.95110 1.7 M1+E2 -0.034 21 0.009
67ZN G 300.21910 12 M1+E2 +0.20 8
67ZN G 393.52910 3.4 M1+E2
67ZN L 662.5 7 ?
67ZN G 663.0 1
67ZN L 1142.82 61/2-
67ZN CL J 1/2- from circular polarization and L(D,P) (1975DeYM)
67ZN G 749.30 8 4 E2(+M3)
67ZN G 958.2010 4
67ZN G 1142.8512 1 E2
67ZN L 1642.6 7
67ZN CL J (1/2-,3/2,5/2+) from circular polarization and L(D,P)
67ZN2CL (1975DeYM)
67ZN G 1643.0
67ZN L 7052.4 51/2+
67ZN cL E$7052.2 4 from 95Au04.
67ZN2cL Observed deexcitation intensity is 100% of g.s. feeding.
67ZN CL J for S-WAVE capture
67ZN G 5410
67ZN CG E from 1975DeYM
67ZN G 5911 9.2
67ZN G 6390 1.5 AP ?
******************** INTENSITY = 1.50000+- .75000WAS ASSUMED
67ZN G 6655 13.1
67ZN G 6867 24.0
67ZN G 6960 36.3
DATA FOR A = 67 AND Z = 30(ZN) 66ZN(N,G) E=THERMAL CONSTANT IS OFF
DATASET DAP DBLANK DGAMMA DMIN DSYS
67ZN N 3.58 3 1.0
67ZN L 0.0 5/2-
67ZN L 93.311 41/2-
67ZN G 93.38622 0.0343 8 0.873
67ZN L 184.578 53/2-
67ZN G 91.26 5 0.0046 3 0.083
67ZN G 184.66520 0.0321 4 0.018
67ZN L 393.530 73/2-
67ZN G 209.10 60.00280 22 0.009
67ZN G 300.31725 0.0202 6
67ZN G 393.58 40.00486 23
67ZN L 662.5 7
67ZN G 662.5 7
67ZN L 979.8 5/2+
67ZN G 586.3 3 0.0012 3
67ZN G 979.8 0.0006 2 S
******************** THE PRECEDING TRANSITION WAS IGNORED
67ZN L 1142.82 61/2-
67ZN G 958.26 8 0.0058 5
67ZN L 1642.6 7
67ZN G 1642.6 7
67ZN L 7052.4 51/2+
67ZN G 5909.1 3 0.0102 12
67ZN G 6867.5117 0.0243 17
67ZN G 6958.4512 0.042 3
SUMMARY OF TRANSITION DATA FOR ADOPTED LEVELS, GAMMAS CALCULATION
E(DE) I(DI)
L1 0.0
1 L1 93.311 4
1 G1 93.311 5 28 6
1 G2 93.386 22 0.0343 8
1 L1 184.578 5
1 G1 91.266 5 3.4 7
1 G2 91.26 5 0.0046 3
1 G1 184.577 10 25 5
1 G2 184.665 20 0.0321 4
1 L1 393.530 7
1 G1 208.951 10 1.7 3
1 G2 209.10 60.00280 22
1 G1 300.219 10 12.0 24
1 G2 300.317 25 0.0202 6
1 G1 393.529 10 3.4 7
1 G2 393.58 40.00486 23
1 L1 662.5 7
1 G1 663.0 10 1.00 20
1 G2 662.5 7 0.0
1 L2 979.8 5
1 G2 586.3 3 0.0012 3
1 L1 1142.82 6
1 G1 749.30 8 4.0 8
1 G1 958.20 10 4.0 8
1 G2 958.26 8 0.0058 5
1 G1 1142.85 12 1.00 20
1 L1 1642.6 7
1 G1 1643.0 10 0.0
1 G2 1642.6 7 0.0
1 L1 7052.4 5
1 G1 5410.0 10 0.0
1 G1 5911.0 10 9.2 18
1 G2 5909.1 3 0.0102 12
1 G1 6390.0 10 1.5 8
1 G1 6655.0 10 13 3
1 G1 6867.0 10 24 5
1 G2 6867.51 17 0.0243 17
1 G1 6960.0 10 36 7
1 G2 6958.45 12 0.042 3
LEAST-SQUARES LINEAR REGRESSION OF LEVEL AND GAMMA ENERGIES
LEVEL ENERGIES
1. 0.0
2. 93.316 4
3. 184.585 5
4. 393.541 6
5. 662.5 5
6. 979.8 3
7. 1142.84 5
8. 1642.6 5
9. 7052.26 9
GAMMA ENERGIES
66ZN(N,G),(POL N,G-66ZN(N,G) E=THERMA- ENERGY DE L1 L2
-----------------------------------------------------------------------------------------------------------------------------------
91.266 5 91.26 5 91.269 4 3 2
93.311 5 (3 93.386 22 93.316 4 2 1
184.577 10 (4 184.665 20 184.585 5 3 1
208.951 10 (2 209.10 6 208.956 6 4 3
300.219 10 (3 300.317 25 300.225 6 4 2
(1 393.529 10 (1 393.58 4 393.540 6 4 1
0.0 586.3 3 586.3 3 6 4
663.0 10 662.5 7 662.5 5 5 1
749.30 8 0.0 749.29 5 7 4
958.20 10 958.26 8 958.24 5 7 3
1142.85 12 0.0 1142.83 5 7 1
1643.0 10 1642.6 7 1642.6 5 8 1
5410.0 10 0.0 5409.5 5 9 8
(1 5911.0 10 1) 5909.1 3 5909.15 10 9 7
6390.0 10 0.0 6389.4 5 9 5
(3 6655.0 10 3) 0.0 6658.37 9 9 4
6867.0 10 (1 6867.51 17 6867.30 9 9 3
(1 6960.0 10 1) 6958.45 12 6958.56 9 9 2
DATA SET 1. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = 2.429 F= 9
DATA SET 2. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = 9.842 F= 5
CHISQ/F = 3.384 (FIT OF 30GAMMAS - 8LEVELS)
ITERATION - 2 CHISQ - 1.971
LEAST-SQUARES LINEAR REGRESSION OF LEVEL AND GAMMA ENERGIES
LEVEL ENERGIES
1. 0.0
2. 93.316 4
3. 184.585 5
4. 393.541 6
5. 662.5 5
6. 979.8 3
7. 1142.84 5
8. 1642.6 5
9. 7052.29 9
GAMMA ENERGIES
66ZN(N,G),(POL N,G-66ZN(N,G) E=THERMA- ENERGY DE L1 L2
-----------------------------------------------------------------------------------------------------------------------------------
91.266 5 91.26 5 91.269 4 3 2
93.311 5 (3 93.386 22 93.316 4 2 1
184.577 10 (4 184.665 20 184.585 5 3 1
208.951 10 (2 209.10 6 208.956 6 4 3
300.219 10 (3 300.317 25 300.225 6 4 2
(1 393.529 10 (1 393.58 4 393.540 6 4 1
0.0 586.3 3 586.3 3 6 4
663.0 10 662.5 7 662.5 5 5 1
749.30 8 0.0 749.29 5 7 4
958.20 10 958.26 8 958.24 5 7 3
1142.85 12 0.0 1142.83 5 7 1
1643.0 10 1642.6 7 1642.6 5 8 1
5410.0 10 0.0 5409.5 5 9 8
(1 5911.0 10 1) 5909.1 3 5909.17 10 9 7
6390.0 10 0.0 6389.5 5 9 5
(1 6655 3 1) 0.0 6658.39 9 9 4
6867.0 10 (1 6867.51 17 6867.32 9 9 3
(1 6960.0 10 (1 6958.45 12 6958.58 9 9 2
DATA SET 1. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = 1.257 F= 9
DATA SET 2. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = 9.870 F= 5
CHISQ/F = 2.889 (FIT OF 30GAMMAS - 8LEVELS)
ITERATION - 3 CHISQ - 1.971
LEAST-SQUARES LINEAR REGRESSION OF LEVEL AND GAMMA ENERGIES
LEVEL ENERGIES
1. 0.0
2. 93.312 5
3. 184.579 6
4. 393.532 7
5. 662.5 8
6. 979.8 11
7. 1142.83 6
8. 1642.6 8
9. 7052.4 3
GAMMA ENERGIES
66ZN(N,G),(POL N,G-66ZN(N,G) E=THERMA- ENERGY DE L1 L2
-----------------------------------------------------------------------------------------------------------------------------------
91.266 6 91.26 18 91.267 5 3 2
93.311 6 (1 93.39 7 93.312 5 2 1
184.577 12 (1 184.66 6 184.578 6 3 1
208.951 12 209.10 20 208.953 8 4 3
300.219 12 (1 300.32 8 300.219 7 4 2
393.529 11 393.58 14 393.530 7 4 1
0.0 586.3 11 586.3 11 6 4
663.0 12 662.5 25 662.5 8 5 1
749.30 10 0.0 749.29 6 7 4
958.20 12 958.3 3 958.24 6 7 3
1142.85 14 0.0 1142.82 6 7 1
1643.0 12 1642.6 25 1642.6 8 8 1
5410.0 12 0.0 5409.6 8 9 8
5911.0 18 5909.1 11 5909.3 3 9 7
6390.0 12 0.0 6389.6 8 9 5
6655 4 0.0 6658.5 3 9 4
6867.0 12 6867.5 6 6867.5 3 9 3
(1 6960.0 11 1) 6958.4 4 6958.7 3 9 2
DATA SET 1. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = .4536 F= 9
DATA SET 2. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = 1.261 F= 5
CHISQ/F = .4946 (FIT OF 30GAMMAS - 8LEVELS)
ITERATION - 4 CHISQ - 1.971
LEAST-SQUARES LINEAR REGRESSION OF LEVEL AND GAMMA ENERGIES
LEVEL ENERGIES
1. 0.0
2. 93.312 5
3. 184.578 6
4. 393.531 7
5. 662.6 8
6. 979.8 13
7. 1142.82 7
8. 1642.6 8
9. 7052.5 3
GAMMA ENERGIES
66ZN(N,G),(POL N,G-66ZN(N,G) E=THERMA- ENERGY DE L1 L2
-----------------------------------------------------------------------------------------------------------------------------------
91.266 6 91.26 22 91.267 5 3 2
93.311 6 93.39 8 93.311 5 2 1
184.577 12 (1 184.66 9 184.578 6 3 1
208.951 12 209.10 24 208.953 8 4 3
300.219 12 (1 300.32 8 300.219 7 4 2
393.529 11 393.58 17 393.530 7 4 1
0.0 586.3 13 586.3 13 6 4
663.0 12 663 3 662.6 8 5 1
749.30 10 0.0 749.29 7 7 4
958.20 12 958.3 4 958.24 7 7 3
1142.85 14 0.0 1142.81 7 7 1
1643.0 12 1643 3 1642.6 8 8 1
5410.0 12 0.0 5409.6 8 9 8
5911.0 18 5909.1 13 5909.4 3 9 7
6390.0 12 0.0 6389.6 8 9 5
6655 4 0.0 6658.6 3 9 4
6867.0 12 6867.5 7 6867.5 3 9 3
(1 6960.0 11 1) 6958.4 5 6958.8 3 9 2
DATA SET 1. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = .4288 F= 9
DATA SET 2. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = .8769 F= 5
CHISQ/F = .3926 (FIT OF 30GAMMAS - 8LEVELS)
LEAST-SQUARED FIT AVERAGE INTENSITIES 5 ITERATIONS
LEVEL/GAMMA INTENSITY CHISQ/F
-----------------------------------------------------------------------------------------------------------------------------------
91.267 5 10.7 7 .0474
93.311 5 79.6 18 .2894
184.578 6 74.4 9 .1871
208.953 8 6.4 5 .2031
300.219 7 46.6 14 .3278
393.530 7 11.3 5 .0015
586.3 13 2.8 7 .0000
662.6 8 3.3 7 .0000
749.29 7 13 3 .0000
958.24 7 13.4 11 .0001
1142.81 7 3.3 7 .0000
1642.6 8 0.0 .0000
5409.6 8 0.0 .0000
5909.4 3 25 3 .5962
6389.6 8 5.0 25 .0000
6658.6 3 44 9 .0000
6867.5 3 59 4 1.1141
6958.8 3 100 7 .4707
-----------------------------------------------------------------------------------------------------------------------------------
GAMMA ENERGIES FITTED INTENSITIES
1.66ZN(N,G),(POL N,G) 2.66ZN(N,G) E=THERMAL
-----------------------------------------------------------------------------------------------------------------------------------
91.267 5 3.4 7 3.20 23 0.0046 3 0.0046 3 10.7 7
93.311 5 28 6 23.8 11 0.0343 8 0.0344 8 79.6 18
184.578 6 25 5 22.2 10 0.0321 4 0.0321 4 74.4 9
208.953 8 1.7 3 1.90 15 0.00280 22 0.00275 20 6.4 5
300.219 7 12.0 24 13.9 7 0.0202 6 0.0201 6 46.6 14
393.530 7 3.4 7 3.36 20 0.00486 23 0.00486 22 11.3 5
586.3 13 0.0 0.8 3 0.0012 3 0.0012 3 2.8 7
662.6 8 1.00 20 1.00 20 0.0 0.0014 3 3.3 7
749.29 7 4.0 8 4.0 8 0.0 0.0058 13 13 3
958.24 7 4.0 8 4.0 4 0.0058 5 0.0058 5 13.4 11
1142.81 7 1.00 20 1.00 20 0.0 0.0014 3 3.3 7
1642.6 8 0.0 0.0 0.0 0.0 0.0
5409.6 8 0.0 0.0 0.0 0.0 0.0
5909.4 3 9.2 18 7.6 8 0.0102 12 0.0110 11 25 3
6389.6 8 1.5 8 1.5 8 0.0 0.0022 11 5.0 25
6658.6 3 13 3 13 3 0.0 0.019 4 44 9
6867.5 3 24 5 17.6 13*1* 0.0243 17 0.0254 17 59 4
6958.8 3 36 7 29.9 23 0.042 3 0.043 3 100 7
-----------------------------------------------------------------------------------------------------------------------------------
E=TH
CHI/F .3825063 .1119884
SKEW 1.1082134 -1.7196638
NDEGREES 15 11
UNPLACED GAMMA RAY PROCESSING (INTENSITIES ARE RENORMALIZED)