DATA FOR A = 49 AND Z = 22(TI) 48TI(N,G),(POL N,G) E=TH CONSTANT IS OFF
DATASET DAP DBLANK DGAMMA DMIN DSYS
49TI H TYP=FUL$AUT=T. W. Burrows$CIT=NDS 76,191 (1995)$CUT=14-Sep-1995$
49TI c 1969TrZX measured |g's; crystal diffraction spectrometer, Ge(Li).
49TI2c Natural target
49TI c 1983Ru08 measured |g's, Ge(Li) (60 keV<E|g<2.5 MeV) and pair
49TI2c spectrometer (Ge(Li),NaI. E|g=2.0-6.8 MeV) and circular polarization
49TI3c (18 primary |g's), permendur cylinders
49TI c 1988Bo34,1992Ku17 measured Doppler broadening of |g's; flat crystal
49TI2c spectrometer. Deduced T{-1/2}'s; molecular dynamics simulation
49TI c Others: 1988Bo14. See also 1986Bu09
49TI cG The precision of the energy and intensity measurements by
49TI2cG 1983Ru08 are one order of magnitude better than those of 1969Fe08 while
49TI3cG the energies agree within uncertainties, the absolute intensities given
49TI4cG by 1969Fe08 are |?30% smaller than those of 1983Ru08.
49TI cG 1983Ru08 noted that the 361|g, 740|g, and 2005|g observed by
49TI2cG 1969Fe08 were double-escape peaks while the 874|g and 3633|g were
49TI3cG identified as contaminants. The 1846.7|g observed by 1969Fe08 appears
49TI4cG to be an unresolved doublet consisting of the 1842.41|g and 1853.7|g.
49TI cG The following criteria were used by 1983Ru08 to place the
49TI2cG gammas: 1. Placement is within 3|s unambiguous. Both levels concerned
49TI3cG are excited or deexcited by at least three transitions for which this
49TI4cG condition holds. 2. Placement is within 3|s unambiguous. Only one of
49TI5cG the levels concerned is excited or deexcited by at least three
49TI6cG transitions for which this condition holds. 3. Placement based on
49TI7cG |g|g-coincidences (1968Ca01,NaI). 1983Ru08 note how each |g was placed
49TI cL E From 1983Ru08. Statistical uncertainty given. Systematic
49TI2cL uncertainty=3.2|*10{+-4}%
49TI cL J From L(d,p) and the |g-CP and |g strengths of 1983Ru08,
49TI2cL except as noted
49TI cL T From Doppler broadening of deexciting transitions
49TI2cL (1988Bo34,1992Ku17) except for |G{-|g}(capture state). Data from
49TI3cL 1988Bo34 are considered preliminary and have not been included in the
49TI4cL adopted levels.
49TI cL J(A) From the adopted levels
49TI cL T(B) From 1988Bo34
49TI cL T(D) From 1992Ku17
49TI cL E(E) Proposed by 1969TrZX. However, there are no other supporting
49TI2cL data for the state and it has not been adopted by the evaluator
49TI cL J(F) See discussion in the adopted levels
49TI cL J(G) L(d,p)=2; primary |g too strong to be E2
49TI cL J(H) |=1/2 since circular polarization coefficient R=1.00
49TI2cL excluded. |=5/2 since the primary |g's too strong to be E2 or M2 in
49TI3cL nature.
49TI cL E(I) Resultant s(n)({+49}Ti)=8142.41 {i3} (statistical |DE=0.017
49TI2cL and systematic |DE=0.026 added in quadrature) other: 8142.36 {i5}
49TI3cL (1993Au07); see comment on s(n) in {+49}Ti adopted levels, gammas
49TI cL J(J) Thermal capture on an even-even nucleus
49TI cL T(K) |G{-|g} for 17.6 keV, 1/2+ resonance from 1981MuZQ. The
49TI2cL {+48}Ti scattering cross section at keV energies and its large thermal
49TI3cL cross section (7.84 b {i25}) may be explained satisfactorily by this
49TI4cL 1/2+ resonance (1981MuZQ) and, therefore, 1983Ru08 employed this
49TI5cL |G{-|g} along with the primary |g-ray branchings to estimate of the
49TI6cL primary |g-ray strengths.
49TI cG E From 1983Ru08. Converted to |g energies from E|g+E(recoil)
49TI2cG by the evaluator. Statistical uncertainty given. Calibration for
49TI3cG high-energy |g's were based on the {+2}h and {+15}n neutron binding
49TI4cG energies; if s(n)({+15}n)=10833.230 {i10} (1993Au05), these energies
49TI5cG may need to be reduced by up to 7 ppm (see comment on s(n) in {+49}Ti
49TIxcG adopted levels, gammas)
49TI cG RI Absolute intensity per 100 n-captures. See 1983Ru08 for
49TI2cG branching ratios. Statistical uncertainty given.
49TI N 0.99
49TI PN C3
49TI2PN PHOTONS PER 100 N-CAPTURES
49TI cN SIGMAN=7.84 25
49TI cN NR$normalized assuming I|g(g.s.)=100.
49TI cG M The upper limit for E2 radiation proposed by J. Kopecky
49TI2cG (e.c.n. Report, |jN(exp)-99 (1981)) and RUL(M2) (1979En04) were assumed
49TI3cG by 1983Ru08 to estimate the maximum |d(E2,M2) in the circular
49TI4cG polarization analysis
49TI CG CC$LABEL=ECC
49TI cG CC From 1968Tr08 (ce/pe. Mag spect,scin)
49TI cG E(A),RI(B)$From 1969TrZX. I|g renormalized by evaluator to
49TI2cG I|g(6419|g)=30.5 from I|g(6419|g)=29
49TI cG E(D) Assigned as deexciting 1542 state and to {+47}Ti by 1969TrZX
49TI cG RI(E) Weak (1969TrZX)
49TI cG E(F) Systematic |DE{-|g}=2.6|*10{+-4}%
49TI cG M(G),MR(H)$From 1959Kn53 (NaI). Alternative |d excluded by |a(exp) and
49TI2cG |g|g(|q) (1968Ho08). Phase difference between E2 and M1 components is
49TI3cG 180.5|' {i4}, consistent with time-reversal invariance (1978Sh07.
49TI4cG (pol n,|g), cold 4 angstrom neutron source. 342-1381|g|g(|q);
49TI5cG NaI with filter and shielding)
49TI cG E(I) Placement from 1969TrZX
49TI cG E(J) Also assigned to {+48}Ti by 1969TrZX
49TI cG E(K) Also assigned as deexciting 2664 state by 1969TrZX
49TI cG E(L) Placed because intensity imbalance is improved appreciably
49TI cG E(M) Also assigned to {+50}Ti by 1969TrZX
49TI cG E(N) Assigned as deexciting 3261 and 3469 states by 1969TrZX
49TI cG E(O) Assigned as deexciting a 4980 state by 1969TrZX
49TI cG E(P) Assigned as deexciting 4222, 5301, and capture states by
49TI2cG 1969TrZX
49TI cG M(Q) J(5151,3855)|=1/2 since R=1.00 excluded; primary |g's too
49TI2cG strong to be M2 or E2 in nature.
49TI cG E(R) Assigned as deexciting 4409 and capture states by 1969TrZX
49TI cG E(S) Systematic |DE{-|g}=3.2|*10{+-4}%
49TI cG E(T) Assigned as deexciting 5301 and capture states by 1969TrZX
49TI cG E(U) Assigned as deexciting 5116 and capture states by 1969TrZX
49TI cG M(V) L(d,p)=2 for 2664; primary |g too strong to be E2
49TI cG M(1) Circular polarization coefficient R=+1.00 assumed as an
49TI2cG internal calibration standard
49TI cG E(W) Assigned as deexciting capture state by 1969TrZX
49TI G 158.6 5 ?
49TIF G FLAG=AD
49TI G 703.5 2 0.027 6
49TI G 889.1 5 0.13 ?
49TI G 986.7411 0.027 6
49TI G 1243.3117 0.053 6
49TI G 1973.0 4 0.032 6
49TI G 2003.5120 0.34 8
49TI G 2529.1 5 0.032 8
49TI G 2548.8 4 0.040 8
49TI G 2591.1 5 0.028 8
49TI G 2686.66 5 0.33615
49TI G 3013.2 3 0.052 8
49TI G 3534.4 3 0.062 7
49TI G 4150.4 3 0.045 6
49TI G 4200.5 6 0.020 5
49TI G 4240.4 6 0.020 5
49TI G 5204.3714 0.074 4
49TI G 5291.8 5 0.020 4
49TI G 5543.4 4 0.023 4
49TI G 6195.1 9 0.022 7
49TI G 6604 3 ?
49TIF G FLAG=AEW
49TI L 0.0 7/2-
49TIF L FLAG=A
49TI L 1381.767 43/2- 0.97 PS +83-35
49TIF L FLAG=B
49TI G 1381.745 4 85.521 C
49TIF G FLAG=F
49TI L 1585.966 43/2- 1.3 PS +13-3
49TIF L FLAG=B
49TI G 1585.942 4 10.2 3 C
49TIF G FLAG=F
49TI L 1622.1 4(5/2)- 37 FS 4
49TIF L FLAG=A
49TI G 1622.6 6 D,E2
49TIF G FLAG=AEM
49TI L 1723.473 51/2-
49TI G 137.48 3 0.54 3
49TI G 341.706 4 24.8021M1+E2 +0.1 0.0009514 C
49TIF G FLAG=FGH
49TI L 1762.011 65/2- 20.1 FS 14
49TIF L FLAG=AD
49TI G 1761.971 6 5.3516 C
49TIF G FLAG=F
49TI L 2260.60 24(5/2)- ?
49TIF L FLAG=A
49TI G 637.8 5 ?
49TIF G FLAG=AE
49TI G 878.5 5 0.05 ?
49TIF G FLAG=AB
49TI L 2317.0 4 ?
49TIF L FLAG=E
49TI L 2469.1 3(5/2-) ?
49TI L 2504.44 31/2+
49TI G 1122.79 4 0.72 3
49TIF G FLAG=JK
49TI L 2513.44 15
49TIF L FLAG=F
49TI G 2513.3015 0.21918
49TI L 2664.35 4 3/2+
49TIF L FLAG=G
49TI G 902.35 6 0.127 6
49TI G 1046.210 0.07 ?
49TIF G FLAG=ABJ
49TI L 2721.27 6
49TI G 251.5 5 ?
49TIF G FLAG=AE
49TI G 460.2 3 0.018 5 ?
49TIF G FLAG=I
49TI G 1135.35 6 0.21210
49TI L 3038.72 8 (LE 5/2-)
49TIF L FLAG=A
49TI G 1315.6 3 0.034 6
49TI L 3175.286 71/2- 54.8 FS 28
49TIF L FLAG=D
49TI G 1451.79 4 0.242 8
49TI G 1589.34819 1.01 3
49TIF G FLAG=F
49TI G 1793.478 7 2.57 8 C
49TIF G FLAG=F
49TI L 3260.703 83/2- 11.2 FS 5
49TIF L FLAG=D
49TI G 943.7 5 0.20 ?
49TIF G FLAG=ABJ
49TI G 1498.662 6 4.8913 C
49TIF G FLAG=F
49TI G 1674.73422 0.39712
49TIF G FLAG=F
49TI G 1881 1 0.5AP ?
******************** INTENSITY = .50000+- .25000WAS ASSUMED
49TIF G FLAG=ABN
49TI L 3428.29 33/2-
49TI G 1665.9617 0.048 5
49TI G 1842.3714 0.31 4
49TI G 2046.3812 0.26025
49TI L 3469.00 41/2-
49TI G 1882.9513 0.32 4
49TIF G FLAG=N
49TI L 3618.45 13 5/2-
49TIF L FLAG=A
49TI G 149.5615 0.041 6
49TI L 3787.69 43/2-
49TI G 2405.6310 0.21116
49TI L 3855.01 7 3/2
49TIF L FLAG=H
49TI G 1350.4614 0.063 6
49TI G 2132.0 3 0.03115
49TI G 2473.0322 0.07310
49TIF G FLAG=O
49TI L 4074.12 22 5/2-,7/2-
49TIF L FLAG=A
49TI G 605.2 3 0.030 6
49TI L 4221.808 231/2-
49TI G 434.0916 0.033 5
49TI G 2498.24 7 0.29917
49TI G 2635.5 3 0.12321
49TI G 2839.88 4 0.63023
49TIF G FLAG=P
49TI L 4408.9 9 ?
49TIF L FLAG=E
49TI G 3027.210 2.2 ?
49TIF G FLAG=ABR
49TI L 4433.28 43/2-
49TI G 2709.5817 0.12711
49TI G 2847.3915 0.105 8
49TI L 4588.28 33/2-
49TI G 1327.74 8 0.25410 ?
49TIF G FLAG=L
49TI G 1549.56 8 0.115 6
49TI G 3002.11 9 0.23912
49TI G 3205.9617 0.086 7
49TI L 4666.670 221/2-
49TI G 1406.3616 0.055 5
49TI G 2943.00 3 0.94 3 C
49TI G 3284.8513 0.111 7
49TI L 4811.02 10
49TI G 2307.3 4 0.043 7
49TI G 3224.8911 0.152 9
49TI L 4910.85 5 1/2-
49TI G 3186.9110 0.141 8
49TI G 3325.1025 0.065 7
49TI L 5115.565 211/2-
49TI G 1646.4621 0.046 5
49TI G 1853.7 5 0.06620
49TI G 1940.1419 0.18 3 ?
49TIF G FLAG=L
49TI G 2600.9 6 0.027 8
49TI G 2611.04 8 0.25014
49TI G 3529.3110 0.168 8 ?
49TIF G FLAG=L
49TI G 3733.61 3 1.31 3 C
49TIF G FLAG=U
49TI L 5151.05 9 3/2
49TIF L FLAG=H
49TI G 1077.0 3 0.042 8
49TI G 1532.7921 0.053 6
49TI G 2430.9 4 0.035 9
49TI G 3388.0 7 0.020 6
49TI G 3427.7 5 0.035 7 ?
49TIF G FLAG=L
49TI G 3564.7117 0.079 7
49TI L 5305.5 7 ?
49TIF L FLAG=E
49TI G 2841.510 0.9 & ?
49TIF G FLAG=ABP
49TI G 3048 8 ?
49TIF G FLAG=AE
49TI G 3921.720 2.2 ?
49TIF G FLAG=ABT
49TI L 5412.09 10 1/2+
49TIF L FLAG=A
49TI G 4030.0616 0.062 5
49TIF G FLAG=S
49TI L 5795.62 18 (3/2-,1/2-)
49TIF L FLAG=A
49TI G 3083 2 0.2AP ?
******************** INTENSITY = .20000+- .10000WAS ASSUMED
49TIF G FLAG=AB
49TI G 3544 3 0.46 ?
49TIF G FLAG=AB
49TI G 4071.7 4 0.032 5
49TI L 8142.405 91/2+ 4.4 EV 10 S
49TIF L FLAG=IJK
49TI cL E$8142.36 5 from 95Au04.
49TI2cL Observed deexcitation intensity is 100% of g.s. feeding.
49TI G 2346.7920 0.09712
49TI G 2730.1813 0.14711
49TI G 2841.510 0.9 & ?
49TIF G FLAG=ABP
49TI G 2991.3112 0.18512 D
49TIF G FLAG=Q
49TI G 3026.68 3 2.07 6
49TIF G FLAG=RS
49TI G 3231.36 5 0.40314
49TI G 3331.3 3 0.054 7
49TI G 3475.52 3 1.57 4
49TIF G FLAG=S
49TI G 3553.99 4 0.68417
49TIF G FLAG=S
49TI G 3708.98 4 0.58515
49TIF G FLAG=S
49TI G 3734 2 0.7 ?
49TIF G FLAG=ABU
49TI G 3920.38 3 1.28922
49TIF G FLAG=ST
49TI G 4287.18 8 0.136 5 D
49TIF G FLAG=QS
49TI G 4354.47 4 0.355 8
49TIF G FLAG=S
49TI G 4673.16 4 0.56010
49TIF G FLAG=S
49TI G 4713.86 3 0.95614
49TIF G FLAG=S
49TI G 4881.38421 4.51 5
49TIF G FLAG=S
49TI G 4966.87723 2.89 3
49TIF G FLAG=S
49TI G 542810 ?
49TIF G FLAG=AE
49TI G 5477.77 6 0.206 5 M1
49TIF G FLAG=SV
49TI G 5637.74 4 0.428 7
49TIF G FLAG=S
49TI G 6418.55119 30.5 3 C
49TIF G FLAG=S1
49TI G 6532 5 ?
49TIF G FLAG=AEM
49TI G 6556.00321 5.09 5 C
49TIF G FLAG=S
49TI G 6760.13320 46.3 4 C
49TIF G FLAG=MS
DATA FOR A = 49 AND Z = 22(TI) 48TI(N,G) E=THERMAL CONSTANT IS OFF
DATASET DAP DBLANK DGAMMA DMIN DSYS
49TI N 1.3550 18 1.0
49TI L 0.0 7/2-
49TI L 1381.767 43/2- 0.97 PS +83-35
49TI G 1381.74 3 5.1812
49TI L 1585.966 43/2- 1.3 PS +13-3
49TI G 1585.95 3 0.624 8
49TI L 1622.1 4(5/2)- 37 FS 4
49TI G 1622.8416 0.0042 9
49TI L 1723.473 51/2-
49TI G 137.35 3 0.0542 9
49TI G 341.69 3 1.84321
49TI L 1762.011 65/2- 20.1 FS 14
49TI G 1762.02 3 0.311 4
49TI L 2260.60 24(5/2)-
49TI G 638.45 7 0.0035 3
49TI G 879.1617 0.0023 5
49TI L 2317.0 4
49TI L 2469.1 3(5/2-)
49TI L 2504.44 31/2+
49TI G 1122.63 3 0.047512
49TI L 2513.44 15
49TI L 2664.35 4 3/2+
49TI G 902.42 8 0.0073 6
49TI L 2721.27 6
49TI G 1135.39 9 0.0119 8
49TI L 3038.72 8 (LE 5/2-)
49TI L 3175.286 71/2- 54.8 FS 28
49TI G 1451.76 5 0.0143 7
49TI G 1589.19 5 0.052416
49TI G 1793.48 3 0.153324
49TI L 3260.703 83/2- 11.2 FS 5
49TI G 1498.65 3 0.297 5
49TI G 1674.69 5 0.026210
49TI G 1878.8721 0.0039 6
49TI L 3428.29 33/2-
49TI G 1666.1916 0.0041 6
49TI G 1842.24 4 0.043613
49TI G 2046.44 5 0.026611
49TI L 3469.00 41/2-
49TI G 1883.06 4 0.040312
49TI L 3618.45 13 5/2-
49TI L 3787.69 43/2-
49TI G 2405.76 8 0.017710
49TI L 3855.01 7 3/2
49TI G 2131.8 3 0.0027 5
49TI G 2473.0314 0.0043 5
49TI L 4074.12 22 5/2-,7/2-
49TI L 4221.808 231/2-
49TI G 434.1310 0.0010219
49TI G 2498.21 6 0.0231 9
49TI G 2839.89 6 0.043716
49TI L 4408.9 9
49TI L 4433.28 43/2-
49TI G 2709.6816 0.009610
49TI G 2847.2818 0.0066 9
49TI L 4588.28 33/2-
49TI G 1327.77 8 0.016811
49TI G 1549.6711 0.0081 7
49TI G 3002.3311 0.015014
49TI G 3206.6 3 0.0053 9
49TI L 4666.670 221/2-
49TI G 1403 9
49TI G 2943.02 5 0.061418
49TI G 3284.7518 0.0094 8
49TI L 4811.02 10
49TI G 3224.7415 0.011711
49TI L 4910.85 5 1/2-
49TI G 3187.4614 0.009911
49TI G 3324.5 4 0.0037 9
49TI L 5115.565 211/2-
49TI G 1646.5424 0.004110
49TI G 1855.2223 0.0022 5
49TI G 1940.33 6 0.0114 5
49TI G 2611.11 9 0.018812
49TI G 3529.4117 0.010510
49TI G 3733.60 5 0.087325
49TI L 5151.05 9 3/2
49TI G 3564.8 3 0.0038 8
49TI L 5305.5 7
49TI L 5312.47 16
49TI G 3051.2511 0.016715
49TI L 5412.09 10 1/2+
49TI L 5795.62 18 (3/2-,1/2-)
49TI G 4071.2 6 0.0028 8
49TI L 8142.405 91/2+ 4.4 EV 10
49TI G 2346.6514 0.0078 9
49TI G 2730.3915 0.010910
49TI G 2991.0113 0.013413
49TI G 3026.71 4 0.145 3
49TI G 3231.28 8 0.025914
49TI G 3475.55 5 0.101625
49TI G 3553.96 6 0.046017
49TI G 3708.97 7 0.036917
49TI G 3920.36 5 0.083923
49TI G 4287.1419 0.0088 9
49TI G 4354.2510 0.024218
49TI G 4673.0310 0.037618
49TI G 4713.63 7 0.066121
49TI G 4881.24 6 0.308 7
49TI G 4966.68 6 0.196 5
49TI G 5477.5920 0.013513
49TI G 5637.5514 0.025616
49TI G 6418.35 8 1.96 6
49TI G 6555.87 9 0.334 8
49TI G 6760.01 9 2.97 9
SUMMARY OF TRANSITION DATA FOR ADOPTED LEVELS, GAMMAS CALCULATION
E(DE) I(DI)
L1 0.0
1 L1 1381.767 4
1 G1 1381.745 4 85.5 21
1 G2 1381.74 3 5.18 12
1 L1 1585.966 4
1 G1 1585.942 4 10.2 3
1 G2 1585.95 3 0.624 8
1 L1 1622.1 4
1 G1 1622.6 6 0.0
1 G2 1622.84 16 0.0042 9
1 L1 1723.473 5
1 G2 137.35 3 0.0542 9
1 G1 137.48 3 0.54 3
1 G1 341.706 4 24.80 21
1 G2 341.69 3 1.843 21
1 L1 1762.011 6
1 G1 1761.971 6 5.35 16
1 G2 1762.02 3 0.311 4
1 L1 2260.60 24
1 G1 637.8 5 0.0
1 G2 638.45 7 0.0035 3
1 G1 878.5 5 0.050 10
1 G2 879.16 17 0.0023 5
1 L1 2317.0 4
1 G1 2316.9 41.00E-1720
1 G2 2316.9 41.00E-1720
1 L1 2469.1 3
1 G1 2469.0 31.00E-1720
1 G2 2469.0 31.00E-1720
1 L1 2504.44 3
1 G2 1122.63 3 0.0475 12
1 G1 1122.79 4 0.72 3
1 L1 2513.44 15
1 G1 2513.30 15 0.219 18
1 G2 2513.37 151.00E-1720
1 L1 2664.35 4
1 G1 902.35 6 0.127 6
1 G2 902.42 8 0.0073 6
1 G1 1046.2 10 0.070 14
1 L1 2721.27 6
1 G1 251.5 5 0.0
1 G1 460.2 3 0.018 5
1 G1 1135.35 6 0.212 10
1 G2 1135.39 9 0.0119 8
1 L1 3038.72 8
1 G1 1315.6 3 0.034 6
1 G2 3038.62 81.00E-1720
1 L1 3175.286 7
1 G1 1451.79 4 0.242 8
1 G2 1451.76 5 0.0143 7
1 G2 1589.19 5 0.0524 16
1 G1 1589.348 19 1.01 3
1 G1 1793.478 7 2.57 8
1 G2 1793.48 3 0.1533 24
1 L1 3260.703 8
1 G1 943.7 5 0.20 4
1 G1 1498.662 6 4.89 13
1 G2 1498.65 3 0.297 5
1 G1 1674.734 22 0.397 12
1 G2 1674.69 5 0.0262 10
1 G1 1881.0 10 0.50 25
1 G2 1878.87 21 0.0039 6
1 L1 3428.29 3
1 G1 1665.96 17 0.048 5
1 G2 1666.19 16 0.0041 6
1 G1 1842.37 14 0.31 4
1 G2 1842.24 4 0.0436 13
1 G1 2046.38 12 0.260 25
1 G2 2046.44 5 0.0266 11
1 L1 3469.00 4
1 G1 1882.95 13 0.32 4
1 G2 1883.06 4 0.0403 12
1 L1 3618.45 13
1 G1 149.56 15 0.041 6
1 G2 3618.31 131.00E-1720
1 L1 3787.69 4
1 G1 2405.63 10 0.211 16
1 G2 2405.76 8 0.0177 10
1 L1 3855.01 7
1 G1 1350.46 14 0.063 6
1 G1 2132.0 3 0.031 15
1 G2 2131.8 3 0.0027 5
1 G1 2473.03 22 0.073 10
1 G2 2473.03 14 0.0043 5
1 L1 4074.12 22
1 G1 605.2 3 0.030 6
1 G2 4073.94 221.00E-1720
1 L1 4221.808 23
1 G1 434.09 16 0.033 5
1 G2 434.13 100.00102 19
1 G1 2498.24 7 0.299 17
1 G2 2498.21 6 0.0231 9
1 G1 2635.5 3 0.123 21
1 G1 2839.88 4 0.630 23
1 G2 2839.89 6 0.0437 16
1 L1 4408.9 9
1 G1 3027.2 10 2.2 4
1 G2 4408.7 91.00E-1720
1 L1 4433.28 4
1 G1 2709.58 17 0.127 11
1 G2 2709.68 16 0.0096 10
1 G1 2847.39 15 0.105 8
1 G2 2847.28 18 0.0066 9
1 L1 4588.28 3
1 G1 1327.74 8 0.254 10
1 G2 1327.77 8 0.0168 11
1 G1 1549.56 8 0.115 6
1 G2 1549.67 11 0.0081 7
1 G1 3002.11 9 0.239 12
1 G2 3002.33 11 0.0150 14
1 G1 3205.96 17 0.086 7
1 G2 3206.6 3 0.0053 9
1 L1 4666.670 22
1 G1 1406.36 16 0.055 5
1 G2 1403 9 0.0
1 G1 2943.00 3 0.94 3
1 G2 2943.02 5 0.0614 18
1 G1 3284.85 13 0.111 7
1 G2 3284.75 18 0.0094 8
1 L1 4811.02 10
1 G1 2307.3 4 0.043 7
1 G1 3224.89 11 0.152 9
1 G2 3224.74 15 0.0117 11
1 L1 4910.85 5
1 G1 3186.91 10 0.141 8
1 G2 3187.46 14 0.0099 11
1 G1 3325.10 25 0.065 7
1 G2 3324.5 4 0.0037 9
1 L1 5115.565 21
1 G1 1646.46 21 0.046 5
1 G2 1646.54 24 0.0041 10
1 G1 1853.7 5 0.066 20
1 G2 1855.22 23 0.0022 5
1 G1 1940.14 19 0.18 3
1 G2 1940.33 6 0.0114 5
1 G1 2600.9 6 0.027 8
1 G1 2611.04 8 0.250 14
1 G2 2611.11 9 0.0188 12
1 G1 3529.31 10 0.168 8
1 G2 3529.41 17 0.0105 10
1 G1 3733.61 3 1.31 3
1 G2 3733.60 5 0.0873 25
1 L1 5151.05 9
1 G1 1077.0 3 0.042 8
1 G1 1532.79 21 0.053 6
1 G1 2430.9 4 0.035 9
1 G1 3388.0 7 0.020 6
1 G1 3427.7 5 0.035 7
1 G1 3564.71 17 0.079 7
1 G2 3564.8 3 0.0038 8
1 L1 5305.5 7
1 G1 2841.5 10 0.90 18
1 G1 3048 8 0.0
1 G1 3921.7 20 2.2 4
1 G2 5305.2 71.00E-1720
1 L2 5312.47 16
1 G2 3051.25 11 0.0167 15
1 L1 5412.09 10
1 G1 4030.06 16 0.062 5
1 G2 5411.77 101.00E-1720
1 L1 5795.62 18
1 G1 3083.0 20 0.20 10
1 G1 3544 3 0.46 9
1 G1 4071.7 4 0.032 5
1 G2 4071.2 6 0.0028 8
1 L1 8142.405 9
1 G1 2346.79 20 0.097 12
1 G2 2346.65 14 0.0078 9
1 G1 2730.18 13 0.147 11
1 G2 2730.39 15 0.0109 10
1 G1 2841.5 10 0.90 18
1 G1 2991.31 12 0.185 12
1 G2 2991.01 13 0.0134 13
1 G1 3026.68 3 2.07 6
1 G2 3026.71 4 0.145 3
1 G1 3231.36 5 0.403 14
1 G2 3231.28 8 0.0259 14
1 G1 3331.3 3 0.054 7
1 G1 3475.52 3 1.57 4
1 G2 3475.55 5 0.1016 25
1 G1 3553.99 4 0.684 17
1 G2 3553.96 6 0.0460 17
1 G1 3708.98 4 0.585 15
1 G2 3708.97 7 0.0369 17
1 G1 3734.0 20 0.70 14
1 G1 3920.38 3 1.289 22
1 G2 3920.36 5 0.0839 23
1 G1 4287.18 8 0.136 5
1 G2 4287.14 19 0.0088 9
1 G1 4354.47 4 0.355 8
1 G2 4354.25 10 0.0242 18
1 G1 4673.16 4 0.560 10
1 G2 4673.03 10 0.0376 18
1 G2 4713.63 7 0.0661 21
1 G1 4713.86 3 0.956 14
1 G1 4881.384 21 4.51 5
1 G2 4881.24 6 0.308 7
1 G2 4966.68 6 0.196 5
1 G1 4966.877 23 2.89 3
1 G1 5428 10 0.0
1 G1 5477.77 6 0.206 5
1 G2 5477.59 20 0.0135 13
1 G1 5637.74 4 0.428 7
1 G2 5637.55 14 0.0256 16
1 G2 6418.35 8 1.96 6
1 G1 6418.551 19 30.5 3
1 G1 6532 5 0.0
1 G1 6556.003 21 5.09 5
1 G2 6555.87 9 0.334 8
1 G1 6760.133 20 46.3 4
1 G2 6760.01 9 2.97 9
LEAST-SQUARES LINEAR REGRESSION OF LEVEL AND GAMMA ENERGIES
LEVEL ENERGIES
1. 0.0
2. 1381.765 4
3. 1585.968 4
4. 1622.60 11
5. 1723.469 5
6. 1762.012 6
7. 2261.01 11
8. 2317.0 3
9. 2468.93 25
10. 2504.424 20
11. 2513.44 10
12. 2664.36 4
13. 2721.31 5
14. 3038.71 5
15. 3175.282 7
16. 3260.702 7
17. 3428.283 20
18. 3469.03 3
19. 3618.47 9
20. 3787.69 3
21. 3854.99 6
22. 4074.14 15
23. 4221.797 19
24. 4408.9 6
25. 4433.27 3
26. 4588.31 3
27. 4666.656 19
28. 4810.96 8
29. 4910.89 4
30. 5115.566 16
31. 5151.11 7
32. 5305.5 5
33. 5312.36 15
34. 5412.05 6
35. 5795.62 11
36. 8142.389 8
GAMMA ENERGIES
48TI(N,G),(POL N,G-48TI(N,G) E=THERMA- ENERGY DE L1 L2
-----------------------------------------------------------------------------------------------------------------------------------
137.48 3 (5 137.35 3 137.501 6 5 3
149.56 15 0.0 149.44 9 19 18
(1 251.5 5 1) 0.0 252.38 25 13 9
341.706 4 341.69 3 341.702 4 5 2
434.09 16 434.13 10 434.11 3 23 20
460.2 3 0.0 460.29 12 13 7
605.2 3 0.0 605.11 15 22 18
(1 637.8 5 1) 638.45 7 638.41 7 7 4
(1 878.5 5 1) 879.16 17 879.24 11 7 2
902.35 6 902.42 8 902.34 4 12 6
943.7 5 0.0 943.7 3 16 8
(4 1046.2 10 4) 0.0 1041.76 12 12 4
1077.0 3 0.0 1076.95 16 31 22
(3 1122.79 4 3) 1122.63 3 1122.645 19 10 2
1135.35 6 1135.39 9 1135.33 5 13 3
(1 1315.6 3 1) 0.0 1315.22 5 14 5
(1 1327.74 8 (2 1327.77 8 1327.59 3 26 16
1350.46 14 0.0 1350.55 6 21 10
1381.745 4 1381.74 3 1381.744 4 2 1
(2 1406.36 16 2) 1403 9 1405.932 20 27 16
1451.79 4 1451.76 5 1451.790 7 15 5
1498.662 6 1498.65 3 1498.666 6 16 6
1532.79 21 0.0 1532.61 11 31 19
1549.56 8 1549.67 11 1549.57 5 26 14
1585.942 4 1585.95 3 1585.941 4 3 1
(3 1589.348 19 (1 1589.19 5 1589.286 7 15 3
1622.6 6 (1 1622.84 16 1622.57 11 4 1
1646.46 21 1646.54 24 1646.51 3 30 18
(1 1665.96 17 1) 1666.19 16 1666.242 21 17 6
(1 1674.734 22 1) 1674.69 5 1674.703 8 16 3
(1 1761.971 6 (1 1762.02 3 1761.978 6 6 1
1793.478 7 1793.48 3 1793.481 6 15 2
1842.37 14 1842.24 4 1842.278 20 17 3
(2 1853.7 5 (1 1855.22 23 1854.826 18 30 16
(2 1881.0 10 2) 1878.87 21 1878.898 8 16 2
1882.95 13 1883.06 4 1883.02 3 18 3
1940.14 19 (1 1940.33 6 1940.243 17 30 15
2046.38 12 2046.44 5 2046.472 20 17 2
(1 2132.0 3 (1 2131.8 3 2131.47 6 21 5
(2 2307.3 4 2) 0.0 2306.48 9 28 10
2317 10 2316.9 4 2316.9 3 8 1
2346.79 20 2346.65 14 2346.70 11 36 35
(2 2405.63 10 (1 2405.76 8 2405.86 3 20 2
(2 2430.9 4 2) 0.0 2429.73 8 31 13
2469 10 2469.0 3 2468.86 25 9 1
2473.03 22 2473.03 14 2473.16 6 21 2
2498.24 7 2498.21 6 2498.260 19 23 5
2513.30 15 2513.37 15 2513.37 10 11 1
(1 2600.9 6 1) 0.0 2602.05 11 30 11
2611.04 8 2611.11 9 2611.067 24 30 10
2635.5 3 0.0 2635.753 19 23 3
2709.58 17 2709.68 16 2709.72 3 25 5
2730.18 13 2730.39 15 2730.25 6 36 34
(5 2841.5 10 5) 0.0 2836.5 5 32 9
(4 2841.5 10 4) 0.0 2836.8 5 36 32
(1 2839.88 4 1) 2839.89 6 2839.944 19 23 2
(1 2847.39 15 1) 2847.28 18 2847.21 3 25 3
(3 2943.00 3 (1 2943.02 5 2943.092 18 27 5
(1 2991.31 12 (1 2991.01 13 2991.18 7 36 31
(1 3002.11 9 1) 3002.33 11 3002.24 3 26 3
(1 3026.68 3 1) 3026.71 4 3026.723 16 36 30
3027.2 10 0.0 3027.0 6 24 2
0.0 3038.62 8 3038.61 5 14 1
3048 8 0.0 3044.4 5 32 7
0.0 3051.25 11 3051.25 11 33 7
(4 3083.0 20 4) 0.0 3074.21 12 35 13
(3 3186.91 10 (1 3187.46 14 3187.31 4 29 5
(2 3205.96 17 2) 3206.6 3 3206.43 3 26 2
3224.89 11 3224.74 15 3224.88 8 28 3
3231.36 5 (1 3231.28 8 3231.39 4 36 29
3284.85 13 3284.75 18 3284.772 18 27 2
(1 3325.10 25 1) 3324.5 4 3324.80 4 29 3
3331.3 3 0.0 3331.31 8 36 28
(1 3388.0 7 1) 0.0 3388.97 7 31 6
3427.7 5 0.0 3427.51 7 31 5
(2 3475.52 3 (1 3475.55 5 3475.601 18 36 27
(1 3529.31 10 1) 3529.41 17 3529.461 17 30 3
(3 3544 3 3) 0.0 3534.48 15 35 7
(1 3553.99 4 1) 3553.96 6 3553.94 3 36 26
(1 3564.71 17 1) 3564.8 3 3565.00 7 31 3
0.0 3618.31 13 3618.33 9 19 1
3708.98 4 3708.97 7 3708.97 3 36 25
3734.0 20 0.0 3733.3 6 36 24
(1 3733.61 3 1) 3733.60 5 3733.648 16 30 2
(1 3920.38 3 (1 3920.36 5 3920.424 19 36 23
3921.7 20 0.0 3923.5 5 32 2
4030.06 16 0.0 4030.11 6 34 2
4071.7 4 (1 4071.2 6 4071.97 11 35 5
0.0 4073.94 22 4073.96 15 22 1
4287.18 8 4287.14 19 4287.20 6 36 21
4354.47 4 (2 4354.25 10 4354.49 3 36 20
0.0 4408.7 9 4408.7 6 24 1
4673.16 4 4673.03 10 4673.12 3 36 18
4713.86 3 (3 4713.63 7 4713.862 20 36 17
(1 4881.384 21 (3 4881.24 6 4881.426 10 36 16
(1 4966.877 23 (2 4966.68 6 4966.837 9 36 15
0.0 5305.2 7 5305.2 5 32 1
0.0 5411.77 10 5411.73 6 34 1
5428 10 0.0 5420.76 5 36 13
(1 5477.77 6 1) 5477.59 20 5477.70 4 36 12
(3 5637.74 4 3) 5637.55 14 5637.617 20 36 10
(4 6418.551 19 (1 6418.35 8 6418.469 8 36 5
(2 6532 5 2) 0.0 6519.33 11 36 4
(2 6556.003 21 2) 6555.87 9 6555.950 8 36 3
6760.133 20 (1 6760.01 9 6760.123 8 36 2
DATA SET 1. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = 4.422 F= 69
DATA SET 2. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = 2.671 F= 42
CHISQ/F = 3.002 (FIT OF 175GAMMAS - 35LEVELS)
ITERATION - 2 CHISQ - 1.336
LEAST-SQUARES LINEAR REGRESSION OF LEVEL AND GAMMA ENERGIES
LEVEL ENERGIES
1. 0.0
2. 1381.766 4
3. 1585.969 4
4. 1622.67 11
5. 1723.473 5
6. 1762.010 6
7. 2261.07 11
8. 2317.0 3
9. 2469.3 3
10. 2504.411 25
11. 2513.44 10
12. 2664.35 4
13. 2721.33 5
14. 3038.70 5
15. 3175.274 7
16. 3260.700 7
17. 3428.257 21
18. 3469.02 3
19. 3618.46 9
20. 3787.66 3
21. 3854.98 6
22. 4074.13 15
23. 4221.788 19
24. 4408.9 6
25. 4433.25 3
26. 4588.29 3
27. 4666.65 3
28. 4810.96 8
29. 4910.93 4
30. 5115.557 17
31. 5151.07 7
32. 5305.3 7
33. 5312.42 15
34. 5412.05 6
35. 5795.57 11
36. 8142.372 10
GAMMA ENERGIES
48TI(N,G),(POL N,G-48TI(N,G) E=THERMA- ENERGY DE L1 L2
-----------------------------------------------------------------------------------------------------------------------------------
137.48 3 (1 137.35 15 137.504 7 5 3
149.56 15 0.0 149.44 9 19 18
(1 251.5 5 1) 0.0 252.1 3 13 9
341.706 4 341.69 3 341.706 4 5 2
434.09 16 434.13 10 434.13 4 23 20
460.2 3 0.0 460.26 12 13 7
605.2 3 0.0 605.11 15 22 18
(1 637.8 5 1) 638.45 7 638.40 7 7 4
(1 878.5 5 1) 879.16 17 879.30 11 7 2
902.35 6 (1 902.42 8 902.33 4 12 6
943.7 5 0.0 943.7 3 16 8
(1 1046 4 1) 0.0 1041.67 12 12 4
1077.0 3 0.0 1076.92 16 31 22
(1 1122.79 15 1) 1122.63 3 1122.632 25 10 2
1135.35 6 1135.39 9 1135.35 5 13 3
(1 1315.6 3 1) 0.0 1315.21 5 14 5
(2 1327.74 8 (1 1327.77 18 1327.57 3 26 16
1350.46 14 0.0 1350.55 6 21 10
1381.745 4 1381.74 3 1381.745 4 2 1
(1 1406.4 4 1) 1403 9 1405.93 3 27 16
1451.79 4 1451.76 5 1451.779 7 15 5
1498.662 6 1498.65 3 1498.665 6 16 6
(1 1532.79 21 1) 0.0 1532.58 11 31 19
1549.56 8 1549.67 11 1549.57 5 26 14
1585.942 4 1585.95 3 1585.941 4 3 1
(1 1589.35 6 1) 1589.19 10 1589.278 8 15 3
1622.6 6 (1 1622.84 16 1622.64 11 4 1
1646.46 21 1646.54 24 1646.51 3 30 18
(1 1665.96 17 1) 1666.19 16 1666.217 22 17 6
(1 1674.734 22 1) 1674.69 5 1674.700 8 16 3
1761.971 6 (1 1762.02 3 1761.976 6 6 1
1793.478 7 1793.48 3 1793.473 6 15 2
1842.37 14 1842.24 4 1842.251 21 17 3
(2 1853.7 5 (1 1855.22 23 1854.820 18 30 16
(2 1881.0 10 2) 1878.87 21 1878.895 8 16 2
1882.95 13 (1 1883.06 4 1883.01 3 18 3
1940.14 19 (1 1940.33 6 1940.241 17 30 15
2046.38 12 2046.44 5 2046.445 21 17 2
(1 2132.0 3 (1 2131.8 3 2131.46 6 21 5
(2 2307.3 4 2) 0.0 2306.49 9 28 10
2317 10 2316.9 4 2316.9 3 8 1
2346.79 20 2346.65 14 2346.74 11 36 35
(1 2405.63 10 1) 2405.76 8 2405.83 3 20 2
(1 2430.9 12 1) 0.0 2429.67 9 31 13
2469 10 2469.0 3 2469.2 3 9 1
2473.03 22 2473.03 14 2473.15 6 21 2
2498.24 7 2498.21 6 2498.247 19 23 5
2513.30 15 2513.37 15 2513.37 10 11 1
(1 2600.9 6 1) 0.0 2602.04 11 30 11
2611.04 8 2611.11 9 2611.07 3 30 10
2635.5 3 0.0 2635.743 19 23 3
2709.58 17 2709.68 16 2709.70 3 25 5
2730.18 13 2730.39 15 2730.24 6 36 34
(1 2842 5 1) 0.0 2836.0 7 32 9
2842 5 0.0 2836.9 7 36 32
(1 2839.88 4 1) 2839.89 6 2839.934 19 23 2
(1 2847.39 15 1) 2847.28 18 2847.19 3 25 3
2943.00 9 (1 2943.02 5 2943.08 3 27 5
2991.31 12 (1 2991.01 13 2991.21 7 36 31
(1 3002.11 9 1) 3002.33 11 3002.22 3 26 3
(1 3026.68 3 1) 3026.71 4 3026.715 17 36 30
3027.2 10 0.0 3027.0 6 24 2
0.0 3038.62 8 3038.60 5 14 1
3048 8 0.0 3044.2 7 32 7
0.0 3051.25 11 3051.25 11 33 7
(1 3083 9 1) 0.0 3074.14 12 35 13
(1 3186.9 4 1) 3187.46 14 3187.35 4 29 5
3206.0 5 3206.6 3 3206.41 3 26 2
3224.89 11 3224.74 15 3224.88 8 28 3
3231.36 5 3231.28 8 3231.33 4 36 29
3284.85 13 3284.75 18 3284.76 3 27 2
(1 3325.10 25 1) 3324.5 4 3324.84 4 29 3
3331.3 3 0.0 3331.29 8 36 28
(1 3388.0 7 1) 0.0 3388.93 7 31 6
3427.7 5 0.0 3427.46 7 31 5
3475.52 8 3475.55 5 3475.59 3 36 27
(1 3529.31 10 1) 3529.41 17 3529.452 17 30 3
(1 3544 10 1) 0.0 3534.36 15 35 7
(1 3553.99 4 1) 3553.96 6 3553.94 3 36 26
(1 3564.71 17 1) 3564.8 3 3564.96 7 31 3
0.0 3618.31 13 3618.32 9 19 1
3708.98 4 3708.97 7 3708.97 3 36 25
3734.0 20 0.0 3733.3 6 36 24
3733.61 3 3733.60 5 3733.639 16 30 2
(1 3920.38 3 (1 3920.36 5 3920.416 19 36 23
3921.7 20 0.0 3923.4 7 32 2
4030.06 16 0.0 4030.10 6 34 2
4071.7 4 (1 4071.2 6 4071.92 11 35 5
0.0 4073.94 22 4073.95 15 22 1
4287.18 8 4287.14 19 4287.19 6 36 21
4354.47 4 (1 4354.25 24 4354.51 3 36 20
0.0 4408.7 9 4408.7 6 24 1
(1 4673.16 4 1) 4673.03 10 4673.11 3 36 18
4713.86 3 (1 4713.63 23 4713.872 21 36 17
(1 4881.384 21 1) 4881.24 19 4881.412 11 36 16
(2 4966.877 23 2) 4966.68 16 4966.828 11 36 15
0.0 5305.2 7 5305.0 7 32 1
0.0 5411.77 10 5411.73 6 34 1
5428 10 0.0 5420.72 5 36 13
(1 5477.77 6 1) 5477.59 20 5477.69 4 36 12
(1 5637.74 12 1) 5637.55 14 5637.61 3 36 10
(1 6418.55 8 (1 6418.35 8 6418.448 10 36 5
(1 6532 13 1) 0.0 6519.24 11 36 4
(1 6556.00 5 1) 6555.87 9 6555.933 10 36 3
(1 6760.133 20 (1 6760.01 9 6760.106 10 36 2
DATA SET 1. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = 1.463 F= 69
DATA SET 2. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = 1.061 F= 42
CHISQ/F = 1.047 (FIT OF 175GAMMAS - 35LEVELS)
ITERATION - 3 CHISQ - 1.336
LEAST-SQUARES LINEAR REGRESSION OF LEVEL AND GAMMA ENERGIES
LEVEL ENERGIES
1. 0.0
2. 1381.766 5
3. 1585.969 5
4. 1622.65 13
5. 1723.473 7
6. 1762.009 7
7. 2261.07 12
8. 2317.0 3
9. 2469.2 3
10. 2504.41 3
11. 2513.42 12
12. 2664.35 4
13. 2721.34 6
14. 3038.69 6
15. 3175.278 9
16. 3260.697 9
17. 3428.254 24
18. 3469.02 3
19. 3618.46 10
20. 3787.66 4
21. 3854.96 7
22. 4074.12 17
23. 4221.784 22
24. 4408.9 7
25. 4433.24 4
26. 4588.28 3
27. 4666.65 3
28. 4810.92 10
29. 4910.93 5
30. 5115.552 20
31. 5151.05 9
32. 5305.4 7
33. 5312.42 17
34. 5412.04 7
35. 5795.58 12
36. 8142.363 12
GAMMA ENERGIES
48TI(N,G),(POL N,G-48TI(N,G) E=THERMA- ENERGY DE L1 L2
-----------------------------------------------------------------------------------------------------------------------------------
137.48 4 137.35 16 137.504 8 5 3
149.56 18 0.0 149.44 10 19 18
(1 251.5 6 1) 0.0 252.1 3 13 9
341.706 5 341.69 3 341.706 5 5 2
434.09 19 434.13 10 434.12 4 23 20
460.2 4 0.0 460.27 13 13 7
605.2 4 0.0 605.10 17 22 18
(1 637.8 6 1) 638.45 7 638.41 7 7 4
878.5 8 879.16 18 879.29 12 7 2
902.35 7 (1 902.42 8 902.34 4 12 6
943.7 6 0.0 943.7 3 16 8
1046 5 0.0 1041.69 14 12 4
1077.0 4 0.0 1076.91 19 31 22
1122.79 18 1122.63 3 1122.63 3 10 2
1135.35 7 1135.39 9 1135.36 6 13 3
(1 1315.6 4 1) 0.0 1315.19 6 14 5
1327.74 20 (1 1327.77 19 1327.56 3 26 16
1350.46 17 0.0 1350.53 7 21 10
1381.745 5 1381.74 3 1381.745 5 2 1
1406.4 5 1403 9 1405.93 4 27 16
1451.79 5 1451.76 5 1451.782 9 15 5
1498.662 7 1498.65 3 1498.664 7 16 6
1532.79 25 0.0 1532.56 13 31 19
1549.56 10 1549.67 11 1549.56 6 26 14
1585.942 5 1585.95 3 1585.941 5 3 1
1589.35 8 1589.19 10 1589.281 10 15 3
1622.6 7 (1 1622.84 20 1622.62 13 4 1
1646.5 3 1646.54 25 1646.51 4 30 18
1666.0 3 1666.19 17 1666.215 25 17 6
(1 1674.73 3 1) 1674.69 5 1674.698 10 16 3
1761.971 7 (1 1762.02 4 1761.975 7 6 1
1793.478 9 1793.48 3 1793.476 8 15 2
1842.37 17 1842.24 4 1842.248 24 17 3
1853.7 13 (1 1855.2 4 1854.817 21 30 16
1881.0 25 1878.87 22 1878.892 10 16 2
1882.95 16 (1 1883.06 5 1883.01 3 18 3
1940.14 23 (1 1940.33 9 1940.233 21 30 15
2046.38 15 2046.44 5 2046.442 24 17 2
(1 2132.0 5 (1 2131.8 3 2131.44 7 21 5
2307.3 10 0.0 2306.45 10 28 10
2317 12 2316.9 4 2316.9 3 8 1
2346.79 24 2346.65 15 2346.72 12 36 35
2405.63 24 2405.76 8 2405.83 4 20 2
2430.9 14 0.0 2429.64 11 31 13
2469 12 2469.0 3 2469.2 3 9 1
2473.0 3 2473.03 14 2473.13 7 21 2
2498.24 9 2498.21 6 2498.243 22 23 5
2513.30 18 2513.37 16 2513.35 12 11 1
(1 2600.9 11 1) 0.0 2602.06 12 30 11
2611.04 10 2611.11 9 2611.07 3 30 10
2635.5 4 0.0 2635.739 22 23 3
2709.58 21 2709.68 17 2709.69 4 25 5
2730.18 16 2730.39 15 2730.24 7 36 34
2842 6 0.0 2836.1 7 32 9
2842 6 0.0 2836.9 7 36 32
(1 2839.88 5 1) 2839.89 6 2839.930 22 23 2
(1 2847.39 18 1) 2847.28 19 2847.19 4 25 3
2943.00 11 2943.02 6 2943.08 3 27 5
2991.31 15 (1 2991.01 20 2991.22 9 36 31
3002.11 11 (1 3002.33 11 3002.21 3 26 3
3026.68 4 3026.71 4 3026.711 20 36 30
3027.2 12 0.0 3027.0 7 24 2
0.0 3038.62 8 3038.59 6 14 1
3048 10 0.0 3044.2 7 32 7
0.0 3051.25 11 3051.25 11 33 7
3083 11 0.0 3074.14 13 35 13
3186.9 5 3187.46 14 3187.34 5 29 5
3206.0 6 3206.6 3 3206.40 3 26 2
3224.89 13 3224.74 15 3224.84 10 28 3
3231.36 6 3231.28 8 3231.32 5 36 29
3284.85 16 3284.75 19 3284.76 3 27 2
3325.1 3 3324.5 4 3324.84 5 29 3
3331.3 4 0.0 3331.32 10 36 28
(1 3388.0 9 1) 0.0 3388.91 9 31 6
3427.7 6 0.0 3427.45 9 31 5
3475.52 10 3475.55 5 3475.58 3 36 27
3529.31 14 3529.41 18 3529.446 20 30 3
3544 12 0.0 3534.38 17 35 7
3553.99 5 3553.96 6 3553.95 3 36 26
3564.71 25 3564.8 3 3564.94 9 31 3
0.0 3618.31 14 3618.31 10 19 1
3708.98 5 3708.97 7 3708.97 4 36 25
3734.0 24 0.0 3733.3 7 36 24
3733.61 4 3733.60 5 3733.633 19 30 2
3920.38 4 3920.36 5 3920.410 22 36 23
3921.7 24 0.0 3923.4 7 32 2
4030.06 19 0.0 4030.10 7 34 2
4071.7 5 (1 4071.2 7 4071.93 12 35 5
0.0 4073.94 23 4073.94 17 22 1
4287.18 10 4287.14 20 4287.20 7 36 21
4354.47 5 4354.25 25 4354.49 4 36 20
0.0 4408.7 9 4408.7 7 24 1
(1 4673.16 5 1) 4673.03 10 4673.11 3 36 18
4713.86 4 4713.63 24 4713.866 24 36 17
4881.384 25 4881.24 19 4881.405 14 36 16
(1 4966.88 6 1) 4966.68 16 4966.815 14 36 15
0.0 5305.2 7 5305.1 7 32 1
0.0 5411.77 10 5411.72 7 34 1
5428 12 0.0 5420.70 6 36 13
(1 5477.77 7 1) 5477.59 21 5477.68 4 36 12
5637.74 15 5637.55 15 5637.60 3 36 10
(1 6418.55 10 1) 6418.35 10 6418.439 13 36 5
6532 15 0.0 6519.25 13 36 4
(1 6556.00 6 1) 6555.87 9 6555.923 13 36 3
(1 6760.133 24 1) 6760.01 9 6760.096 12 36 2
DATA SET 1. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = .7208 F= 69
DATA SET 2. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = .7877 F= 42
CHISQ/F = .5958 (FIT OF 175GAMMAS - 35LEVELS)
ITERATION - 4 CHISQ - 1.336
LEAST-SQUARES LINEAR REGRESSION OF LEVEL AND GAMMA ENERGIES
LEVEL ENERGIES
1. 0.0
2. 1381.766 5
3. 1585.969 5
4. 1622.65 13
5. 1723.473 7
6. 1762.008 7
7. 2261.07 12
8. 2317.0 3
9. 2469.2 3
10. 2504.41 3
11. 2513.42 12
12. 2664.36 5
13. 2721.34 6
14. 3038.68 6
15. 3175.278 9
16. 3260.696 9
17. 3428.250 24
18. 3469.01 3
19. 3618.45 10
20. 3787.66 4
21. 3854.96 7
22. 4074.12 17
23. 4221.780 22
24. 4408.9 7
25. 4433.24 4
26. 4588.27 3
27. 4666.64 3
28. 4810.92 10
29. 4910.92 5
30. 5115.55 2
31. 5151.04 9
32. 5305.4 7
33. 5312.42 17
34. 5412.04 7
35. 5795.57 12
36. 8142.355 13
GAMMA ENERGIES
48TI(N,G),(POL N,G-48TI(N,G) E=THERMA- ENERGY DE L1 L2
-----------------------------------------------------------------------------------------------------------------------------------
137.48 4 137.35 16 137.504 8 5 3
149.56 18 0.0 149.44 10 19 18
(1 251.5 6 1) 0.0 252.1 3 13 9
341.706 5 341.69 3 341.706 5 5 2
434.09 19 434.13 10 434.12 4 23 20
460.2 4 0.0 460.27 13 13 7
605.2 4 0.0 605.11 17 22 18
(1 637.8 6 1) 638.45 7 638.41 7 7 4
878.5 8 879.16 18 879.29 12 7 2
902.35 7 902.42 8 902.35 5 12 6
943.7 6 0.0 943.7 3 16 8
1046 5 0.0 1041.70 14 12 4
1077.0 4 0.0 1076.91 19 31 22
1122.79 18 1122.63 3 1122.63 3 10 2
1135.35 7 1135.39 9 1135.36 6 13 3
(1 1315.6 4 1) 0.0 1315.19 6 14 5
1327.74 20 (1 1327.77 19 1327.55 3 26 16
1350.46 17 0.0 1350.53 7 21 10
1381.745 5 1381.74 3 1381.745 5 2 1
1406.4 5 1403 9 1405.93 4 27 16
1451.79 5 1451.76 5 1451.782 9 15 5
1498.662 7 1498.65 3 1498.663 7 16 6
1532.79 25 0.0 1532.56 13 31 19
1549.56 10 1549.67 11 1549.56 6 26 14
1585.942 5 1585.95 3 1585.941 5 3 1
1589.35 8 1589.19 10 1589.281 10 15 3
1622.6 7 (1 1622.84 20 1622.62 13 4 1
1646.5 3 1646.54 25 1646.51 4 30 18
1666.0 3 1666.19 17 1666.212 25 17 6
(1 1674.73 3 1) 1674.69 5 1674.697 10 16 3
1761.971 7 (1 1762.02 4 1761.974 7 6 1
1793.478 9 1793.48 3 1793.476 8 15 2
1842.37 17 1842.24 4 1842.244 24 17 3
1853.7 13 (1 1855.2 4 1854.814 21 30 16
1881.0 25 1878.87 22 1878.891 10 16 2
1882.95 16 (1 1883.06 5 1883.01 3 18 3
1940.14 23 (1 1940.33 9 1940.229 21 30 15
2046.38 15 2046.44 5 2046.438 24 17 2
(1 2132.0 5 (1 2131.8 4 2131.43 7 21 5
2307.3 10 0.0 2306.45 10 28 10
2317 12 2316.9 4 2316.9 3 8 1
2346.79 24 2346.65 15 2346.72 12 36 35
2405.63 24 2405.76 8 2405.83 4 20 2
2430.9 14 0.0 2429.64 11 31 13
2469 12 2469.0 3 2469.2 3 9 1
2473.0 3 2473.03 14 2473.12 7 21 2
2498.24 9 2498.21 6 2498.239 22 23 5
2513.30 18 2513.37 16 2513.35 12 11 1
(1 2600.9 11 1) 0.0 2602.05 12 30 11
2611.04 10 2611.11 9 2611.06 3 30 10
2635.5 4 0.0 2635.735 22 23 3
2709.58 21 2709.68 17 2709.68 4 25 5
2730.18 16 2730.39 15 2730.24 7 36 34
2842 6 0.0 2836.1 7 32 9
2842 6 0.0 2836.9 7 36 32
2839.88 5 2839.89 6 2839.926 22 23 2
(1 2847.39 18 1) 2847.28 19 2847.18 4 25 3
2943.00 11 2943.02 6 2943.08 3 27 5
2991.31 15 (1 2991.01 20 2991.22 9 36 31
3002.11 11 (1 3002.33 11 3002.20 3 26 3
3026.68 4 3026.71 4 3026.707 20 36 30
3027.2 12 0.0 3027.0 7 24 2
0.0 3038.62 8 3038.58 6 14 1
3048 10 0.0 3044.2 7 32 7
0.0 3051.25 11 3051.25 11 33 7
3083 11 0.0 3074.13 13 35 13
3186.9 5 3187.46 14 3187.34 5 29 5
3206.0 6 3206.6 3 3206.39 3 26 2
3224.89 13 3224.74 15 3224.84 10 28 3
3231.36 6 3231.28 8 3231.32 5 36 29
3284.85 16 3284.75 19 3284.76 3 27 2
3325.1 3 3324.5 4 3324.83 5 29 3
3331.3 4 0.0 3331.31 10 36 28
(1 3388.0 9 1) 0.0 3388.91 9 31 6
3427.7 6 0.0 3427.44 9 31 5
3475.52 10 3475.55 5 3475.58 3 36 27
3529.31 14 3529.41 18 3529.443 20 30 3
3544 12 0.0 3534.37 17 35 7
3553.99 5 3553.96 6 3553.95 3 36 26
3564.71 25 3564.8 3 3564.93 9 31 3
0.0 3618.31 14 3618.31 10 19 1
3708.98 5 3708.97 7 3708.97 4 36 25
3734.0 24 0.0 3733.3 7 36 24
3733.61 4 3733.60 5 3733.629 20 30 2
3920.38 4 3920.36 5 3920.407 22 36 23
3921.7 24 0.0 3923.4 7 32 2
4030.06 19 0.0 4030.09 7 34 2
4071.7 5 4071.2 7 4071.92 12 35 5
0.0 4073.94 23 4073.94 17 22 1
4287.18 10 4287.14 20 4287.20 7 36 21
4354.47 5 4354.25 25 4354.49 4 36 20
0.0 4408.7 9 4408.7 7 24 1
(1 4673.16 5 1) 4673.03 10 4673.10 3 36 18
4713.86 4 4713.63 24 4713.861 24 36 17
4881.384 25 4881.24 19 4881.398 14 36 16
(1 4966.88 6 1) 4966.68 16 4966.807 15 36 15
0.0 5305.2 7 5305.1 7 32 1
0.0 5411.77 10 5411.72 7 34 1
5428 12 0.0 5420.70 6 36 13
(1 5477.77 9 1) 5477.59 21 5477.66 5 36 12
5637.74 15 5637.55 15 5637.60 3 36 10
(1 6418.55 10 1) 6418.35 10 6418.431 14 36 5
6532 15 0.0 6519.24 13 36 4
(1 6556.00 8 1) 6555.87 9 6555.916 14 36 3
(1 6760.13 4 1) 6760.01 9 6760.088 13 36 2
DATA SET 1. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = .6947 F= 69
DATA SET 2. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = .7542 F= 42
CHISQ/F = .5728 (FIT OF 175GAMMAS - 35LEVELS)
ITERATION - 5 CHISQ - 1.336
LEAST-SQUARES LINEAR REGRESSION OF LEVEL AND GAMMA ENERGIES
LEVEL ENERGIES
1. 0.0
2. 1381.766 5
3. 1585.969 5
4. 1622.65 13
5. 1723.473 7
6. 1762.008 7
7. 2261.07 12
8. 2317.0 3
9. 2469.2 3
10. 2504.41 3
11. 2513.42 12
12. 2664.37 5
13. 2721.34 6
14. 3038.68 6
15. 3175.278 9
16. 3260.696 9
17. 3428.249 24
18. 3469.02 3
19. 3618.46 10
20. 3787.65 4
21. 3854.95 7
22. 4074.12 17
23. 4221.778 22
24. 4408.9 7
25. 4433.23 4
26. 4588.27 3
27. 4666.64 3
28. 4810.92 10
29. 4910.92 5
30. 5115.55 2
31. 5151.04 9
32. 5305.4 7
33. 5312.42 17
34. 5412.03 7
35. 5795.57 12
36. 8142.351 14
GAMMA ENERGIES
48TI(N,G),(POL N,G-48TI(N,G) E=THERMA- ENERGY DE L1 L2
-----------------------------------------------------------------------------------------------------------------------------------
137.48 4 137.35 16 137.504 8 5 3
149.56 18 0.0 149.44 10 19 18
(1 251.5 6 1) 0.0 252.1 3 13 9
341.706 5 341.69 3 341.706 5 5 2
434.09 19 434.13 10 434.12 4 23 20
460.2 4 0.0 460.27 13 13 7
605.2 4 0.0 605.10 17 22 18
(1 637.8 6 1) 638.45 7 638.41 7 7 4
878.5 8 879.16 18 879.29 12 7 2
902.35 7 902.42 8 902.35 5 12 6
943.7 6 0.0 943.7 3 16 8
1046 5 0.0 1041.71 14 12 4
1077.0 4 0.0 1076.90 19 31 22
1122.79 18 1122.63 3 1122.63 3 10 2
1135.35 7 1135.39 9 1135.36 6 13 3
(1 1315.6 4 1) 0.0 1315.19 6 14 5
1327.74 20 (1 1327.77 19 1327.55 3 26 16
1350.46 17 0.0 1350.52 7 21 10
1381.745 5 1381.74 3 1381.745 5 2 1
1406.4 5 1403 9 1405.92 4 27 16
1451.79 5 1451.76 5 1451.782 9 15 5
1498.662 7 1498.65 3 1498.663 7 16 6
1532.79 25 0.0 1532.56 13 31 19
1549.56 10 1549.67 11 1549.56 6 26 14
1585.942 5 1585.95 3 1585.941 5 3 1
1589.35 8 1589.19 10 1589.282 10 15 3
1622.6 7 (1 1622.84 20 1622.62 13 4 1
1646.5 3 1646.54 25 1646.50 4 30 18
1666.0 3 1666.19 17 1666.210 25 17 6
(1 1674.73 3 1) 1674.69 5 1674.696 10 16 3
1761.971 7 (1 1762.02 4 1761.974 7 6 1
1793.478 9 1793.48 3 1793.476 8 15 2
1842.37 17 1842.24 4 1842.243 24 17 3
1853.7 13 (1 1855.2 4 1854.813 21 30 16
1881.0 25 1878.87 22 1878.891 10 16 2
1882.95 16 (1 1883.06 5 1883.01 3 18 3
1940.14 23 (1 1940.33 9 1940.227 21 30 15
2046.38 15 2046.44 5 2046.436 24 17 2
(1 2132.0 5 (1 2131.8 4 2131.43 7 21 5
2307.3 10 0.0 2306.45 10 28 10
2317 12 2316.9 4 2316.9 3 8 1
2346.79 24 2346.65 15 2346.72 12 36 35
2405.63 24 2405.76 8 2405.82 4 20 2
2430.9 14 0.0 2429.64 11 31 13
2469 12 2469.0 3 2469.2 3 9 1
2473.0 3 2473.03 14 2473.12 7 21 2
2498.24 9 2498.21 6 2498.236 22 23 5
2513.30 18 2513.37 16 2513.35 12 11 1
(1 2600.9 11 1) 0.0 2602.05 12 30 11
2611.04 10 2611.11 9 2611.06 3 30 10
2635.5 4 0.0 2635.733 23 23 3
2709.58 21 2709.68 17 2709.68 4 25 5
2730.18 16 (1 2730.39 15 2730.23 7 36 34
2842 6 0.0 2836.1 7 32 9
2842 6 0.0 2836.9 7 36 32
2839.88 5 2839.89 6 2839.923 22 23 2
(1 2847.39 18 1) 2847.28 19 2847.18 4 25 3
2943.00 11 2943.02 6 2943.07 3 27 5
2991.31 15 (1 2991.01 20 2991.21 9 36 31
3002.11 11 (1 3002.33 11 3002.20 3 26 3
3026.68 4 3026.71 4 3026.704 20 36 30
3027.2 12 0.0 3027.0 7 24 2
0.0 3038.62 8 3038.58 6 14 1
3048 10 0.0 3044.2 7 32 7
0.0 3051.25 11 3051.25 11 33 7
3083 11 0.0 3074.13 13 35 13
3186.9 5 3187.46 14 3187.33 5 29 5
3206.0 6 3206.6 3 3206.39 3 26 2
3224.89 13 3224.74 15 3224.84 10 28 3
3231.36 6 3231.28 8 3231.32 5 36 29
3284.85 16 3284.75 19 3284.76 3 27 2
3325.1 3 3324.5 4 3324.83 5 29 3
3331.3 4 0.0 3331.31 10 36 28
(1 3388.0 9 1) 0.0 3388.91 9 31 6
3427.7 6 0.0 3427.44 9 31 5
3475.52 10 3475.55 5 3475.58 3 36 27
3529.31 14 3529.41 18 3529.441 20 30 3
3544 12 0.0 3534.37 17 35 7
3553.99 5 3553.96 6 3553.94 3 36 26
3564.71 25 3564.8 3 3564.93 9 31 3
0.0 3618.31 14 3618.31 10 19 1
3708.98 5 3708.97 7 3708.97 4 36 25
3734.0 24 0.0 3733.3 7 36 24
3733.61 4 3733.60 5 3733.627 20 30 2
3920.38 4 3920.36 5 3920.404 22 36 23
3921.7 24 0.0 3923.4 7 32 2
4030.06 19 0.0 4030.09 7 34 2
4071.7 5 4071.2 7 4071.92 12 35 5
0.0 4073.94 23 4073.94 17 22 1
4287.18 10 4287.14 20 4287.20 7 36 21
4354.47 5 4354.25 25 4354.49 4 36 20
0.0 4408.7 9 4408.7 7 24 1
(1 4673.16 6 1) 4673.03 10 4673.09 3 36 18
4713.86 4 4713.63 24 4713.859 25 36 17
4881.384 25 4881.24 19 4881.394 15 36 16
(1 4966.88 7 1) 4966.68 16 4966.802 15 36 15
0.0 5305.2 7 5305.1 7 32 1
0.0 5411.77 10 5411.71 7 34 1
5428 12 0.0 5420.69 6 36 13
(1 5477.77 11 1) 5477.59 21 5477.65 5 36 12
5637.74 15 5637.55 15 5637.59 3 36 10
(1 6418.55 12 1) 6418.35 10 6418.426 14 36 5
6532 15 0.0 6519.24 13 36 4
(1 6556.00 8 1) 6555.87 9 6555.911 14 36 3
(1 6760.13 5 1) 6760.01 9 6760.084 14 36 2
DATA SET 1. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = .6744 F= 69
DATA SET 2. ENERGIES CORRECTED BY .0000000+- .0000000 KEV CHISQ/F = .7314 F= 42
CHISQ/F = .5558 (FIT OF 175GAMMAS - 35LEVELS)
LEAST-SQUARED FIT AVERAGE INTENSITIES 3 ITERATIONS
LEVEL/GAMMA INTENSITY CHISQ/F
-----------------------------------------------------------------------------------------------------------------------------------
137.504 8 0.990 16 46.5370
149.44 10 0.049 7 .0000
252.1 3 0.0 .0000
341.706 5 31.55 21 56.1513
434.12 4 0.032 4 6.8215
460.27 13 0.022 6 .0000
605.10 17 0.036 7 .0000
638.41 7 0.066 6 .0000
879.29 12 0.052 8 .6680
902.35 5 0.149 6 .6379
943.7 3 0.24 5 .0000
1041.71 14 0.084 17 .0000
1076.90 19 0.050 10 .0000
1122.63 3 0.887 19 .2435
1135.36 6 0.245 9 1.2752
1315.19 6 0.041 7 .0000
1327.55 3 0.308 10 .1110
1350.52 7 0.076 7 .0000
1381.745 5 100.0 17 1.1598
1405.92 4 0.066 6 .0000
1451.782 9 0.284 8 .8638
1498.663 7 5.67 8 1.1869
1532.56 13 0.064 7 .0000
1549.56 6 0.142 6 .4631
1585.941 5 11.83 14 .8230
1589.282 10 1.103 23 12.1170
1622.62 13 0.079 17 .0000
1646.50 4 0.059 6 .6566
1666.210 25 0.064 6 1.2591
1674.696 10 0.483 11 .2432
1761.974 7 5.95 7 3.8239
1793.476 8 2.93 4 1.7802
1842.243 24 0.799 23 39.7304
1854.813 21 0.055 10 1.5552
1878.891 10 0.119 18 9.4259
1883.01 3 0.739 21 27.6053
1940.227 21 0.215 9 .0008
2046.436 24 0.472 18 15.0595
2131.43 7 0.049 9 .2341
2306.45 10 0.052 8 .0000
2316.9 3 1.00E-1614 .0000
2346.72 12 0.133 11 .9826
2405.82 4 0.305 14 4.7176
2429.64 11 0.042 11 .0000
2469.2 3 1.00E-1614 .0000
2473.12 7 0.084 7 .0972
2498.236 22 0.411 13 4.2186
2513.35 12 0.225 17 3.0902
2602.05 12 0.032 10 .0000
2611.06 3 0.324 14 1.8692
2635.733 23 0.148 25 .0000
2709.68 4 0.164 11 .7745
2730.23 7 0.188 11 .7950
2836.1 7 1.08 22 .0000
2836.9 7 1.08 22 .0000
2839.923 22 0.790 20 1.3211
2847.18 4 0.126 8 .0044
2943.07 3 1.144 25 .1509
2991.21 9 0.232 12 .5702
3002.20 3 0.286 13 .0117
3026.704 20 2.65 5 3.5835
3027.0 7 2.6 5 .0000
3038.58 6 1.9E-16 4 .0000
3044.2 7 0.0 .0000
3051.25 11 0.31 3 .0000
3074.13 13 0.24 12 .0000
3187.33 5 0.173 9 .2811
3206.39 3 0.103 8 .0170
3224.84 10 0.193 10 1.3433
3231.32 5 0.485 14 .0069
3284.76 3 0.149 8 3.4483
3324.83 5 0.077 8 .0992
3331.31 10 0.065 8 .0000
3388.91 9 0.024 7 .0000
3427.44 9 0.042 8 .0000
3475.58 3 1.90 3 .0834
3529.441 20 0.201 9 .0185
3534.37 17 0.55 11 .0000
3553.94 3 0.836 17 .6934
3564.93 9 0.091 8 .9526
3618.31 10 1.9E-16 4 .0000
3708.97 4 0.701 16 .0225
3733.3 7 0.84 17 .0000
3733.627 20 1.60 3 .7080
3920.404 22 1.558 23 .1950
3923.4 7 2.6 5 .0000
4030.09 7 0.074 6 .0000
4071.92 12 0.042 6 .4167
4073.94 17 1.9E-16 4 .0000
4287.20 7 0.164 6 .0086
4354.49 4 0.429 9 .3466
4408.7 7 1.9E-16 4 .0000
4673.09 3 0.677 11 .4856
4713.859 25 1.166 16 2.5290
4881.394 15 5.49 6 3.5041
4966.802 15 3.50 3 2.3778
5305.1 7 1.9E-16 4 .0000
5411.71 7 1.9E-16 4 .0000
5420.69 6 0.0 .0000
5477.65 5 0.248 6 .0363
5637.59 3 0.512 8 .5239
6418.426 14 36.7 3 .0268
6519.24 13 0.0 .0000
6555.911 14 6.14 6 .5882
6760.084 14 55.7 5 .0161
-----------------------------------------------------------------------------------------------------------------------------------
GAMMA ENERGIES FITTED INTENSITIES
1.48TI(N,G),(POL N,G) 2.48TI(N,G) E=THERMAL
-----------------------------------------------------------------------------------------------------------------------------------
137.504 8 0.54 3 0.824 22*9* 0.0542 9 0.0526 8*1* 0.990 16
149.44 10 0.041 6 0.041 6 0.0 0.0026 4 0.049 7
252.1 3 0.0 0.0 0.0 0.0 0.0
341.706 5 24.80 21 26.26 19*6* 1.843 21 1.675 17*8* 31.55 21
434.12 4 0.033 5 0.026 3*1* 0.00102 19 0.00167 20*3* 0.032 4
460.27 13 0.018 5 0.018 5 0.0 0.0011 3 0.022 6
605.10 17 0.030 6 0.030 6 0.0 0.0019 4 0.036 7
638.41 7 0.0 0.055 5 0.0035 3 0.0035 3 0.066 6
879.29 12 0.050 10 0.044 6 0.0023 5 0.0028 4 0.052 8
902.35 5 0.127 6 0.124 5 0.0073 6 0.0079 4*1* 0.149 6
943.7 3 0.20 4 0.20 4 0.0 0.013 3 0.24 5
1041.71 14 0.070 14 0.070 14 0.0 0.0045 9 0.084 17
1076.90 19 0.042 8 0.042 8 0.0 0.0027 5 0.050 10
1122.63 3 0.72 3 0.738 21 0.0475 12 0.0471 11 0.887 19
1135.36 6 0.212 10 0.204 8 0.0119 8 0.0130 5*1* 0.245 9
1315.19 6 0.034 6 0.034 6 0.0 0.0022 4 0.041 7
1327.55 3 0.254 10 0.256 9 0.0168 11 0.0164 6 0.308 10
1350.52 7 0.063 6 0.063 6 0.0 0.0040 4 0.076 7
1381.745 5 85.5 21 83.2 19*1* 5.18 12 5.31 10*1* 100.0 17
1405.92 4 0.055 5 0.055 5 0.0 0.0035 4 0.066 6
1451.782 9 0.242 8 0.236 7 0.0143 7 0.0151 5*1* 0.284 8
1498.663 7 4.89 13 4.72 11*1* 0.297 5 0.301 5 5.67 8
1532.56 13 0.053 6 0.053 6 0.0 0.0034 4 0.064 7
1549.56 6 0.115 6 0.118 5 0.0081 7 0.0075 4 0.142 6
1585.941 5 10.2 3 9.85 23*1* 0.624 8 0.628 8 11.83 14
1589.282 10 1.01 3 0.918 23*3* 0.0524 16 0.0586 14*3* 1.103 23
1622.62 13 0.0 0.066 14 0.0042 9 0.0042 10 0.079 17
1646.50 4 0.046 5 0.049 5 0.0041 10 0.0031 3 0.059 6
1666.210 25 0.048 5 0.053 5*1* 0.0041 6 0.0034 3*1* 0.064 6
1674.696 10 0.397 12 0.402 10 0.0262 10 0.0257 7 0.483 11
1761.974 7 5.35 16 4.95 11*2* 0.311 4 0.316 4*1* 5.95 7
1793.476 8 2.57 8 2.44 6*1* 0.1533 24 0.1554 23 2.93 4
1842.243 24 0.31 4 0.665 25*8* 0.0436 13 0.0424 12 0.799 23
1854.813 21 0.066 20 0.046 8*1* 0.0022 5 0.0029 5*1* 0.055 10
1878.891 10 0.50 25 0.099 15*1* 0.0039 6 0.0063 9*4* 0.119 18
1883.01 3 0.32 4 0.615 23*7* 0.0403 12 0.0392 11 0.739 21
1940.227 21 0.18 3 0.179 9 0.0114 5 0.0114 5 0.215 9
2046.436 24 0.260 25 0.393 17*5* 0.0266 11 0.0250 10*1* 0.472 18
2131.43 7 0.031 15 0.041 7 0.0027 5 0.0026 5 0.049 9
2306.45 10 0.043 7 0.043 7 0.0 0.0027 5 0.052 8
2316.9 3 0.0 0.0 0.0 0.0 1.00E-1614
2346.72 12 0.097 12 0.111 9*1* 0.0078 9 0.0070 6 0.133 11
2405.82 4 0.211 16 0.254 12*2* 0.0177 10 0.0162 7*1* 0.305 14
2429.64 11 0.035 9 0.035 9 0.0 0.0022 6 0.042 11
2469.2 3 0.0 0.0 0.0 0.0 1.00E-1614
2473.12 7 0.073 10 0.070 6 0.0043 5 0.0044 4 0.084 7
2498.236 22 0.299 17 0.342 12*2* 0.0231 9 0.0218 7*1* 0.411 13
2513.35 12 0.219 18 0.187 14*1* 0.0 0.0120 13 0.225 17
2602.05 12 0.027 8 0.027 8 0.0 0.0017 5 0.032 10
2611.06 3 0.250 14 0.269 12*1* 0.0188 12 0.0172 8*1* 0.324 14
2635.733 23 0.123 21 0.123 21 0.0 0.0078 14 0.148 25
2709.68 4 0.127 11 0.137 9 0.0096 10 0.0087 6 0.164 11
2730.23 7 0.147 11 0.157 9 0.0109 10 0.0100 6 0.188 11
2836.1 7 0.90 18 0.90 18 0.0 0.057 12 1.08 22
2836.9 7 0.90 18 0.90 18 0.0 0.057 12 1.08 22
2839.923 22 0.630 23 0.657 19*1* 0.0437 16 0.0419 12*1* 0.790 20
2847.18 4 0.105 8 0.105 7 0.0066 9 0.0067 5 0.126 8
2943.07 3 0.94 3 0.952 25 0.0614 18 0.0607 14 1.144 25
2991.21 9 0.185 12 0.193 10 0.0134 13 0.0123 7 0.232 12
3002.20 3 0.239 12 0.238 11 0.0150 14 0.0152 7 0.286 13
3026.704 20 2.07 6 2.20 5*2* 0.145 3 0.1406 25*1* 2.65 5
3027.0 7 2.2 4 2.2 4 0.0 0.14 3 2.6 5
3038.58 6 0.0 0.0 0.0 0.0 1.9E-16 4
3044.2 7 0.0 0.0 0.0 0.0 0.0
3051.25 11 0.0 0.26 6 0.0167 15 0.0167 17 0.31 3
3074.13 13 0.20 10 0.20 10 0.0 0.013 7 0.24 12
3187.33 5 0.141 8 0.144 7 0.0099 11 0.0092 5 0.173 9
3206.39 3 0.086 7 0.085 6 0.0053 9 0.0055 4 0.103 8
3224.84 10 0.152 9 0.161 8 0.0117 11 0.0103 5*1* 0.193 10
3231.32 5 0.403 14 0.404 12 0.0259 14 0.0258 9 0.485 14
3284.76 3 0.111 7 0.124 6*1* 0.0094 8 0.0079 4*1* 0.149 8
3324.83 5 0.065 7 0.064 6 0.0037 9 0.0041 4 0.077 8
3331.31 10 0.054 7 0.054 7 0.0 0.0034 5 0.065 8
3388.91 9 0.020 6 0.020 6 0.0 0.0013 4 0.024 7
3427.44 9 0.035 7 0.035 7 0.0 0.0022 5 0.042 8
3475.58 3 1.57 4 1.58 4 0.1016 25 0.1009 20 1.90 3
3529.441 20 0.168 8 0.167 7 0.0105 10 0.0107 5 0.201 9
3534.37 17 0.46 9 0.46 9 0.0 0.029 7 0.55 11
3553.94 3 0.684 17 0.696 16 0.0460 17 0.0444 11 0.836 17
3564.93 9 0.079 7 0.076 6 0.0038 8 0.0049 4*1* 0.091 8
3618.31 10 0.0 0.0 0.0 0.0 1.9E-16 4
3708.97 4 0.585 15 0.583 14 0.0369 17 0.0372 10 0.701 16
3733.3 7 0.70 14 0.70 14 0.0 0.045 9 0.84 17
3733.627 20 1.31 3 1.33 3 0.0873 25 0.0850 18 1.60 3
3920.404 22 1.289 22 1.296 19 0.0839 23 0.0827 16 1.558 23
3923.4 7 2.2 4 2.2 4 0.0 0.14 3 2.6 5
4030.09 7 0.062 5 0.062 5 0.0 0.0040 5 0.074 6
4071.92 12 0.032 5 0.035 5 0.0028 8 0.0022 3 0.042 6
4073.94 17 0.0 0.0 0.0 0.0 1.9E-16 4
4287.20 7 0.136 5 0.136 5 0.0088 9 0.0087 4 0.164 6
4354.49 4 0.355 8 0.357 8 0.0242 18 0.0228 7 0.429 9
4408.7 7 0.0 0.0 0.0 0.0 1.9E-16 4
4673.09 3 0.560 10 0.564 9 0.0376 18 0.0359 9 0.677 11
4713.859 25 0.956 14 0.970 13*1* 0.0661 21 0.0619 13*2* 1.166 16
4881.394 15 4.51 5 4.57 5*1* 0.308 7 0.292 5*2* 5.49 6
4966.802 15 2.89 3 2.92 3 0.196 5 0.186 3*2* 3.50 3
5305.1 7 0.0 0.0 0.0 0.0 1.9E-16 4
5411.71 7 0.0 0.0 0.0 0.0 1.9E-16 4
5420.69 6 0.0 0.0 0.0 0.0 0.0
5477.65 5 0.206 5 0.206 5 0.0135 13 0.0132 4 0.248 6
5637.59 3 0.428 7 0.426 7 0.0256 16 0.0272 7 0.512 8
6418.426 14 30.5 3 30.5 3 1.96 6 1.95 4 36.7 3
6519.24 13 0.0 0.0 0.0 0.0 0.0
6555.911 14 5.09 5 5.11 5 0.334 8 0.326 6 6.14 6
6760.084 14 46.3 4 46.3 4 2.97 9 2.95 6 55.7 5
-----------------------------------------------------------------------------------------------------------------------------------
E=TH
CHI/F 4.1605544 2.5654446
SKEW -3.2204992 1.4967470
NDEGREES 90 67
ITERATION - 2
LEAST-SQUARED FIT AVERAGE INTENSITIES 3 ITERATIONS
LEVEL/GAMMA INTENSITY CHISQ/F
-----------------------------------------------------------------------------------------------------------------------------------
137.504 8 1.044 17 .7604
149.44 10 0.048 7 .0000
252.1 3 0.0 .0000
341.706 5 31.0 15 1.5972
434.12 4 0.038 6 1.0406
460.27 13 0.021 6 .0000
605.10 17 0.035 7 .0000
638.41 7 0.067 6 .0000
879.29 12 0.052 8 .4790
902.35 5 0.147 6 .1845
943.7 3 0.23 5 .0000
1041.71 14 0.082 16 .0000
1076.90 19 0.049 9 .0000
1122.63 3 0.896 19 1.4411
1135.36 6 0.242 9 .4949
1315.19 6 0.040 7 .0000
1327.55 3 0.305 10 .5780
1350.52 7 0.074 7 .0000
1381.745 5 100.0 17 .0075
1405.92 4 0.064 6 .0000
1451.782 9 0.281 8 .1227
1498.663 7 5.73 8 .0013
1532.56 13 0.062 7 .0000
1549.56 6 0.140 6 .9943
1585.941 5 12.01 14 .0153
1589.282 10 1.16 5 .9043
1622.62 13 0.081 17 .0000
1646.50 4 0.058 6 .8410
1666.210 25 0.064 5 1.7026
1674.696 10 0.481 11 1.3772
1761.974 7 6.02 7 .6578
1793.476 8 2.97 4 .1576
1842.243 24 0.840 25 .6568
1854.813 21 0.055 10 1.3098
1878.891 10 0.39 15 22.3024
1883.01 3 0.776 23 .6722
1940.227 21 0.219 9 .0282
2046.436 24 0.511 21 .8848
2131.43 7 0.050 9 .3244
2306.45 10 0.050 8 .0000
2316.9 3 0.0 .0000
2346.72 12 0.133 11 1.4494
2405.82 4 0.318 16 4.8325
2429.64 11 0.041 11 .0000
2469.2 3 0.0 .0000
2473.12 7 0.084 7 .0160
2498.236 22 0.423 14 5.0979
2513.35 12 0.257 21 .0000
2602.05 12 0.032 9 .0000
2611.06 3 0.323 14 3.1114
2635.733 23 0.144 25 .0000
2709.68 4 0.164 11 1.2689
2730.23 7 0.187 11 1.3733
2836.1 7 1.05 21 .0000
2836.9 7 1.05 21 .0000
2839.923 22 0.790 20 3.2513
2847.18 4 0.124 8 .0215
2943.07 3 1.146 25 1.3586
2991.21 9 0.230 12 1.0626
3002.20 3 0.282 12 .0425
3026.704 20 2.67 5 8.2921
3027.0 7 2.6 5 .0000
3038.58 6 0.0 .0000
3044.2 7 0.0 .0000
3051.25 11 0.32 3 .0000
3074.13 13 0.23 12 .0000
3187.33 5 0.171 9 .6124
3206.39 3 0.101 7 .0023
3224.84 10 0.192 10 2.0842
3231.32 5 0.480 14 .3572
3284.76 3 0.145 8 3.6097
3324.83 5 0.075 7 .0327
3331.31 10 0.063 8 .0000
3388.91 9 0.023 7 .0000
3427.44 9 0.041 8 .0000
3475.58 3 1.90 3 1.5287
3529.441 20 0.198 8 .0316
3534.37 17 0.54 11 .0000
3553.94 3 0.828 17 2.4532
3564.93 9 0.090 7 .6338
3618.31 10 0.0 .0000
3708.97 4 0.692 15 .2312
3733.3 7 0.82 16 .0000
3733.627 20 1.59 3 3.0429
3920.404 22 1.540 22 2.1308
3923.4 7 2.6 5 .0000
4030.09 7 0.073 6 .0000
4071.92 12 0.041 6 .5456
4073.94 17 0.0 .0000
4287.20 7 0.161 6 .1538
4354.49 4 0.420 9 .9787
4408.7 7 0.0 .0000
4673.09 3 0.665 11 1.7353
4713.859 25 1.139 16 4.0992
4881.394 15 5.35 6 4.8860
4966.802 15 3.42 3 4.7901
5305.1 7 0.0 .0000
5411.71 7 0.0 .0000
5420.69 6 0.0 .0000
5477.65 5 0.243 6 .2631
5637.59 3 0.501 8 .0349
6418.426 14 35.9 3 1.3903
6519.24 13 0.0 .0000
6555.911 14 6.03 6 4.0581
6760.084 14 54.5 5 1.3534
-----------------------------------------------------------------------------------------------------------------------------------
GAMMA ENERGIES FITTED INTENSITIES
1.48TI(N,G),(POL N,G) 2.48TI(N,G) E=THERMAL
-----------------------------------------------------------------------------------------------------------------------------------
137.504 8 0.5 3 0.891 23*1* 0.0542 9 0.0542 9 1.044 17
149.44 10 0.041 6 0.041 6 0.0 0.0025 4 0.048 7
252.1 3 0.0 0.0 0.0 0.0 0.0
341.706 5 24.8 15 26.4 13*1* 1.84 17 1.61 8*1* 31.0 15
434.12 4 0.033 5 0.032 5 0.0010 7 0.0020 3*1* 0.038 6
460.27 13 0.018 5 0.018 5 0.0 0.0011 3 0.021 6
605.10 17 0.030 6 0.030 6 0.0 0.0018 4 0.035 7
638.41 7 0.0 0.058 5 0.0035 3 0.0035 3 0.067 6
879.29 12 0.050 10 0.044 7 0.0023 5 0.0027 4 0.052 8
902.35 5 0.127 6 0.125 5 0.0073 6 0.0076 3 0.147 6
943.7 3 0.20 4 0.20 4 0.0 0.0122 24 0.23 5
1041.71 14 0.070 14 0.070 14 0.0 0.0043 9 0.082 16
1076.90 19 0.042 8 0.042 8 0.0 0.0026 5 0.049 9
1122.63 3 0.72 3 0.764 20*1* 0.0475 12 0.0465 10 0.896 19
1135.36 6 0.212 10 0.207 8 0.0119 8 0.0126 5 0.242 9
1315.19 6 0.034 6 0.034 6 0.0 0.0021 4 0.040 7
1327.55 3 0.254 10 0.260 9 0.0168 11 0.0158 6 0.305 10
1350.52 7 0.063 6 0.063 6 0.0 0.0038 4 0.074 7
1381.745 5 85.5 21 85.3 18 5.18 12 5.19 10 100.0 17
1405.92 4 0.055 5 0.055 5 0.0 0.0033 4 0.064 6
1451.782 9 0.242 8 0.240 7 0.0143 7 0.0146 4 0.281 8
1498.663 7 4.89 13 4.88 10 0.297 5 0.297 5 5.73 8
1532.56 13 0.053 6 0.053 6 0.0 0.0032 4 0.062 7
1549.56 6 0.115 6 0.120 5 0.0081 7 0.0073 3*1* 0.140 6
1585.941 5 10.2 3 10.25 21 0.624 8 0.623 8 12.01 14
1589.282 10 1.01 5 0.99 4 0.052 6 0.060 3*1* 1.16 5
1622.62 13 0.0 0.069 15 0.0042 9 0.0042 9 0.081 17
1646.50 4 0.046 5 0.050 5 0.0041 10 0.0030 3*1* 0.058 6
1666.210 25 0.048 5 0.055 5*1* 0.0041 6 0.0033 3*1* 0.064 5
1674.696 10 0.397 12 0.410 10*1* 0.0262 10 0.0249 7*1* 0.481 11
1761.974 7 5.35 20 5.14 11*1* 0.311 4 0.313 4 6.02 7
1793.476 8 2.57 8 2.53 5 0.1533 24 0.1539 22 2.97 4
1842.243 24 0.3 4 0.72 3*1* 0.0436 13 0.0436 13 0.840 25
1854.813 21 0.066 20 0.047 9 0.0022 5 0.0029 5*1* 0.055 10
1878.891 10 0.50 25 0.33 13 0.0039 24 0.020 8*6* 0.39 15
1883.01 3 0.3 3 0.662 24*1* 0.0403 12 0.0403 12 0.776 23
1940.227 21 0.18 3 0.187 9 0.0114 5 0.0114 5 0.219 9
2046.436 24 0.26 13 0.436 20*1* 0.0266 11 0.0265 11 0.511 21
2131.43 7 0.031 15 0.043 7 0.0027 5 0.0026 5 0.050 9
2306.45 10 0.043 7 0.043 7 0.0 0.0026 5 0.050 8
2316.9 3 0.0 0.0 0.0 0.0 0.0
2346.72 12 0.097 12 0.114 10*1* 0.0078 9 0.0069 6 0.133 11
2405.82 4 0.211 21 0.272 14*2* 0.0177 10 0.0165 8*1* 0.318 16
2429.64 11 0.035 9 0.035 9 0.0 0.0021 6 0.041 11
2469.2 3 0.0 0.0 0.0 0.0 0.0
2473.12 7 0.073 10 0.072 6 0.0043 5 0.0044 4 0.084 7
2498.236 22 0.299 21 0.361 13*2* 0.0231 9 0.0220 8*1* 0.423 14
2513.35 12 0.219 18 0.219 18 0.0 0.0133 11 0.257 21
2602.05 12 0.027 8 0.027 8 0.0 0.0016 5 0.032 9
2611.06 3 0.250 14 0.276 12*1* 0.0188 12 0.0168 7*1* 0.323 14
2635.733 23 0.123 21 0.123 21 0.0 0.0075 13 0.144 25
2709.68 4 0.127 11 0.140 9*1* 0.0096 10 0.0085 6*1* 0.164 11
2730.23 7 0.147 11 0.160 9*1* 0.0109 10 0.0097 6*1* 0.187 11
2836.1 7 0.90 18 0.90 18 0.0 0.055 12 1.05 21
2836.9 7 0.90 18 0.90 18 0.0 0.055 11 1.05 21
2839.923 22 0.630 23 0.674 19*1* 0.0437 16 0.0410 11*1* 0.790 20
2847.18 4 0.105 8 0.106 7 0.0066 9 0.0064 4 0.124 8
2943.07 3 0.94 3 0.978 24*1* 0.0614 18 0.0595 14*1* 1.146 25
2991.21 9 0.185 12 0.196 11 0.0134 13 0.0119 7*1* 0.230 12
3002.20 3 0.239 12 0.241 11 0.0150 14 0.0146 7 0.282 12
3026.704 20 2.07 6 2.28 5*3* 0.145 3 0.1386 25*2* 2.67 5
3027.0 7 2.2 4 2.2 4 0.0 0.13 3 2.6 5
3038.58 6 0.0 0.0 0.0 0.0 0.0
3044.2 7 0.0 0.0 0.0 0.0 0.0
3051.25 11 0.0 0.27 6 0.0167 15 0.0167 15 0.32 3
3074.13 13 0.20 10 0.20 10 0.0 0.012 7 0.23 12
3187.33 5 0.141 8 0.145 7 0.0099 11 0.0089 5 0.171 9
3206.39 3 0.086 7 0.086 6 0.0053 9 0.0052 4 0.101 7
3224.84 10 0.152 9 0.163 8*1* 0.0117 11 0.0099 5*1* 0.192 10
3231.32 5 0.403 14 0.410 12 0.0259 14 0.0249 8 0.480 14
3284.76 3 0.111 7 0.123 7*1* 0.0094 9 0.0075 4*2* 0.145 8
3324.83 5 0.065 7 0.064 6 0.0037 9 0.0039 4 0.075 7
3331.31 10 0.054 7 0.054 7 0.0 0.0033 4 0.063 8
3388.91 9 0.020 6 0.020 6 0.0 0.0012 4 0.023 7
3427.44 9 0.035 7 0.035 7 0.0 0.0021 4 0.041 8
3475.58 3 1.57 4 1.62 3*1* 0.1016 25 0.0987 19*1* 1.90 3
3529.441 20 0.168 8 0.169 7 0.0105 10 0.0103 5 0.198 8
3534.37 17 0.46 9 0.46 9 0.0 0.028 8 0.54 11
3553.94 3 0.684 17 0.706 16*1* 0.0460 17 0.0430 10*1* 0.828 17
3564.93 9 0.079 7 0.077 6 0.0038 8 0.0047 4*1* 0.090 7
3618.31 10 0.0 0.0 0.0 0.0 0.0
3708.97 4 0.585 15 0.590 14 0.0369 17 0.0359 10 0.692 15
3733.3 7 0.70 14 0.70 14 0.0 0.043 9 0.82 16
3733.627 20 1.31 3 1.36 3*1* 0.0873 25 0.0827 17*1* 1.59 3
3920.404 22 1.289 22 1.314 19*1* 0.0839 23 0.0799 15*1* 1.540 22
3923.4 7 2.2 4 2.2 4 0.0 0.13 3 2.6 5
4030.09 7 0.062 5 0.062 5 0.0 0.0038 9 0.073 6
4071.92 12 0.032 5 0.035 5 0.0028 8 0.0021 3 0.041 6
4073.94 17 0.0 0.0 0.0 0.0 0.0
4287.20 7 0.136 5 0.137 5 0.0088 9 0.0083 3 0.161 6
4354.49 4 0.355 8 0.359 8 0.0242 18 0.0218 6*1* 0.420 9
4408.7 7 0.0 0.0 0.0 0.0 0.0
4673.09 3 0.560 10 0.567 10 0.0376 18 0.0345 8*1* 0.665 11
4713.859 25 0.956 14 0.971 13*1* 0.066 3 0.0591 12*2* 1.139 16
4881.394 15 4.51 5 4.56 5*1* 0.308 10 0.278 5*2* 5.35 6
4966.802 15 2.89 3 2.92 3*1* 0.196 6 0.178 3*2* 3.42 3
5305.1 7 0.0 0.0 0.0 0.0 0.0
5411.71 7 0.0 0.0 0.0 0.0 0.0
5420.69 6 0.0 0.0 0.0 0.0 0.0
5477.65 5 0.206 5 0.207 5 0.0135 13 0.0126 4 0.243 6
5637.59 3 0.428 7 0.428 7 0.0256 16 0.0260 6 0.501 8
6418.426 14 30.5 3 30.7 3 1.96 6 1.87 3*1* 35.9 3
6519.24 13 0.0 0.0 0.0 0.0 0.0
6555.911 14 5.09 5 5.15 5*1* 0.334 8 0.313 5*2* 6.03 6
6760.084 14 46.3 4 46.5 4 2.97 9 2.83 5*1* 54.5 5
-----------------------------------------------------------------------------------------------------------------------------------
E=TH
CHI/F .9053902 2.1655539
SKEW -1.9627403 -.6056206
NDEGREES 90 67
ITERATION - 3
LEAST-SQUARED FIT AVERAGE INTENSITIES 2 ITERATIONS
LEVEL/GAMMA INTENSITY CHISQ/F
-----------------------------------------------------------------------------------------------------------------------------------
137.504 8 1.04 3 .5041
149.44 10 0.048 7 .0000
252.1 3 0.0 .0000
341.706 5 30.1 16 .8379
434.12 4 0.038 6 .5015
460.27 13 0.021 6 .0000
605.10 17 0.035 7 .0000
638.41 7 0.067 9 .0000
879.29 12 0.055 9 .3150
902.35 5 0.148 7 .0926
943.7 3 0.23 5 .0000
1041.71 14 0.082 16 .0000
1076.90 19 0.049 9 .0000
1122.63 3 0.90 3 .6852
1135.36 6 0.245 10 .2699
1315.19 6 0.040 7 .0000
1327.55 3 0.301 11 .3142
1350.52 7 0.074 7 .0000
1381.745 5 100.0 20 .0017
1405.92 4 0.064 6 .0000
1451.782 9 0.282 9 .0602
1498.663 7 5.72 10 .0000
1532.56 13 0.062 7 .0000
1549.56 6 0.138 7 .5242
1585.941 5 12.00 19 .0217
1589.282 10 1.17 5 .4442
1622.62 13 0.08 3 .0000
1646.50 4 0.056 6 .3931
1666.210 25 0.063 7 .8210
1674.696 10 0.474 13 .8104
1761.974 7 6.05 10 .5453
1793.476 8 2.97 6 .1068
1842.243 24 0.84 4 .6597
1854.813 21 0.062 14 1.1350
1878.891 10 0.6 3 1.3154
1883.01 3 0.78 3 .5028
1940.227 21 0.219 13 .0283
2046.436 24 0.51 3 .5040
2131.43 7 0.048 12 .2663
2306.45 10 0.050 8 .0000
2316.9 3 0.0 .0000
2346.72 12 0.132 16 .7041
2405.82 4 0.33 3 .7840
2429.64 11 0.041 11 .0000
2469.2 3 0.0 .0000
2473.12 7 0.084 9 .0097
2498.236 22 0.438 24 .7799
2513.35 12 0.256 21 .0000
2602.05 12 0.032 9 .0000
2611.06 3 0.326 24 1.0448
2635.733 23 0.144 25 .0000
2709.68 4 0.157 12 .7020
2730.23 7 0.183 13 .7213
2836.1 7 1.05 21 .0000
2836.9 7 1.05 21 .0000
2839.923 22 0.80 3 1.1864
2847.18 4 0.123 9 .0123
2943.07 3 1.14 3 .7610
2991.21 9 0.224 13 .5658
3002.20 3 0.281 13 .0243
3026.704 20 2.73 11 .9376
3027.0 7 2.6 5 .0000
3038.58 6 0.0 .0000
3044.2 7 0.0 .0000
3051.25 11 0.32 4 .0000
3074.13 13 0.23 12 .0000
3187.33 5 0.168 9 .3127
3206.39 3 0.101 8 .0015
3224.84 10 0.189 12 1.0237
3231.32 5 0.476 15 .2026
3284.76 3 0.142 14 .9228
3324.83 5 0.076 8 .0157
3331.31 10 0.063 8 .0000
3388.91 9 0.023 7 .0000
3427.44 9 0.041 8 .0000
3475.58 3 1.89 5 .8343
3529.441 20 0.197 9 .0181
3534.37 17 0.54 11 .0000
3553.94 3 0.818 24 .9102
3564.93 9 0.091 8 .3206
3618.31 10 0.0 .0000
3708.97 4 0.688 17 .1312
3733.3 7 0.82 16 .0000
3733.627 20 1.58 5 .9964
3920.404 22 1.521 24 .9079
3923.4 7 2.6 5 .0000
4030.09 7 0.073 6 .0000
4071.92 12 0.039 6 .2602
4073.94 17 0.0 .0000
4287.20 7 0.160 6 .0781
4354.49 4 0.418 9 .4801
4408.7 7 0.0 .0000
4673.09 3 0.659 11 .6464
4713.859 25 1.122 16 .6496
4881.394 15 5.29 6 .6260
4966.802 15 3.39 4 .6229
5305.1 7 0.0 .0000
5411.71 7 0.0 .0000
5420.69 6 0.0 .0000
5477.65 5 0.242 6 .1289
5637.59 3 0.501 8 .0133
6418.426 14 35.8 3 .7149
6519.24 13 0.0 .0000
6555.911 14 5.97 7 .6929
6760.084 14 54.3 5 .6908
-----------------------------------------------------------------------------------------------------------------------------------
GAMMA ENERGIES FITTED INTENSITIES
1.48TI(N,G),(POL N,G) 2.48TI(N,G) E=THERMAL
-----------------------------------------------------------------------------------------------------------------------------------
137.504 8 0.5 4 0.89 3*1* 0.0542 13 0.0542 13 1.04 3
149.44 10 0.041 6 0.041 6 0.0 0.0025 4 0.048 7
252.1 3 0.0 0.0 0.0 0.0 0.0
341.706 5 24.8 15 25.7 14 1.84 25 1.56 9*1* 30.1 16
434.12 4 0.033 5 0.033 5 0.0010 10 0.0020 3 0.038 6
460.27 13 0.018 5 0.018 5 0.0 0.0011 3 0.021 6
605.10 17 0.030 6 0.030 6 0.0 0.0018 4 0.035 7
638.41 7 0.0 0.058 8 0.0035 4 0.0035 4 0.067 9
879.29 12 0.050 10 0.047 8 0.0023 7 0.0028 5 0.055 9
902.35 5 0.127 6 0.126 6 0.0073 9 0.0077 4 0.148 7
943.7 3 0.20 4 0.20 4 0.0 0.0121 24 0.23 5
1041.71 14 0.070 14 0.070 14 0.0 0.0043 9 0.082 16
1076.90 19 0.042 8 0.042 8 0.0 0.0026 5 0.049 9
1122.63 3 0.72 4 0.77 3*1* 0.0475 18 0.0465 15 0.90 3
1135.36 6 0.212 10 0.209 9 0.0119 12 0.0127 6 0.245 10
1315.19 6 0.034 6 0.034 6 0.0 0.0021 4 0.040 7
1327.55 3 0.254 10 0.257 9 0.0168 16 0.0156 6 0.301 11
1350.52 7 0.063 6 0.063 6 0.0 0.0038 5 0.074 7
1381.745 5 85.5 21 85.4 19 5.18 18 5.19 12 100.0 20
1405.92 4 0.055 5 0.055 5 0.0 0.0033 4 0.064 6
1451.782 9 0.242 8 0.241 7 0.0143 10 0.0146 5 0.282 9
1498.663 7 4.89 13 4.89 11 0.297 7 0.297 6 5.72 10
1532.56 13 0.053 6 0.053 6 0.0 0.0032 4 0.062 7
1549.56 6 0.115 6 0.118 6 0.0081 10 0.0071 4 0.138 7
1585.941 5 10.2 3 10.25 22 0.624 12 0.623 11 12.00 19
1589.282 10 1.01 5 1.00 4 0.052 9 0.061 3 1.17 5
1622.62 13 0.0 0.069 22 0.0042 13 0.0042 13 0.08 3
1646.50 4 0.046 5 0.048 5 0.0041 15 0.0029 3 0.056 6
1666.210 25 0.048 7 0.054 6 0.0041 9 0.0033 4 0.063 7
1674.696 10 0.397 12 0.405 11 0.0262 15 0.0246 8*1* 0.474 13
1761.974 7 5.35 20 5.17 12 0.311 6 0.314 6 6.05 10
1793.476 8 2.57 8 2.54 6 0.153 4 0.154 3 2.97 6
1842.243 24 0.3 4 0.72 4*1* 0.0436 19 0.0436 19 0.84 4
1854.813 21 0.066 20 0.053 12 0.0022 7 0.0032 7*1* 0.062 14
1878.891 10 0.50 25 0.49 25 0.0 0.030 15*1* 0.6 3
1883.01 3 0.3 3 0.66 3*1* 0.0403 18 0.0403 18 0.78 3
1940.227 21 0.18 3 0.187 12 0.0114 7 0.0113 7 0.219 13
2046.436 24 0.26 18 0.44 3*1* 0.0266 16 0.0265 16 0.51 3
2131.43 7 0.031 15 0.041 10 0.0027 7 0.0025 6 0.048 12
2306.45 10 0.043 7 0.043 7 0.0 0.0026 5 0.050 8
2316.9 3 0.0 0.0 0.0 0.0 0.0
2346.72 12 0.097 17 0.113 14 0.0078 13 0.0069 8 0.132 16
2405.82 4 0.21 6 0.285 24*1* 0.0177 15 0.0173 14 0.33 3
2429.64 11 0.035 9 0.035 9 0.0 0.0021 6 0.041 11
2469.2 3 0.0 0.0 0.0 0.0 0.0
2473.12 7 0.073 10 0.072 8 0.0043 7 0.0044 5 0.084 9
2498.236 22 0.30 6 0.375 22*1* 0.0231 13 0.0227 13 0.438 24
2513.35 12 0.219 18 0.219 18 0.0 0.0133 12 0.256 21
2602.05 12 0.027 8 0.027 8 0.0 0.0016 5 0.032 9
2611.06 3 0.25 3 0.278 21*1* 0.0188 20 0.0169 13 0.326 24
2635.733 23 0.123 21 0.123 21 0.0 0.0075 13 0.144 25
2709.68 4 0.127 11 0.134 10 0.0096 15 0.0082 6 0.157 12
2730.23 7 0.147 13 0.157 12 0.0109 15 0.0095 7 0.183 13
2836.1 7 0.90 18 0.90 18 0.0 0.055 12 1.05 21
2836.9 7 0.90 18 0.90 18 0.0 0.055 12 1.05 21
2839.923 22 0.63 4 0.69 3*1* 0.0437 23 0.0417 18 0.80 3
2847.18 4 0.105 8 0.105 8 0.0066 13 0.0064 5 0.123 9
2943.07 3 0.94 4 0.97 3 0.061 3 0.0591 19 1.14 3
2991.21 9 0.185 12 0.191 11 0.0134 19 0.0116 7 0.224 13
3002.20 3 0.239 12 0.240 11 0.0150 21 0.0146 7 0.281 13
3026.704 20 2.07 21 2.34 10*1* 0.145 6 0.142 6 2.73 11
3027.0 7 2.2 4 2.2 4 0.0 0.13 3 2.6 5
3038.58 6 0.0 0.0 0.0 0.0 0.0
3044.2 7 0.0 0.0 0.0 0.0 0.0
3051.25 11 0.0 0.27 7 0.0167 22 0.0167 22 0.32 4
3074.13 13 0.20 10 0.20 10 0.0 0.012 7 0.23 12
3187.33 5 0.141 8 0.143 8 0.0099 16 0.0087 5 0.168 9
3206.39 3 0.086 7 0.086 7 0.0053 13 0.0052 4 0.101 8
3224.84 10 0.152 11 0.161 11 0.0117 16 0.0098 7*1* 0.189 12
3231.32 5 0.403 14 0.407 13 0.0259 21 0.0247 9 0.476 15
3284.76 3 0.111 12 0.121 12 0.0094 19 0.0074 7*1* 0.142 14
3324.83 5 0.065 7 0.065 7 0.0037 13 0.0039 4 0.076 8
3331.31 10 0.054 7 0.054 7 0.0 0.0033 4 0.063 8
3388.91 9 0.020 6 0.020 6 0.0 0.0012 4 0.023 7
3427.44 9 0.035 7 0.035 7 0.0 0.0021 4 0.041 8
3475.58 3 1.57 5 1.62 4 0.102 4 0.098 3 1.89 5
3529.441 20 0.168 8 0.168 8 0.0105 15 0.0102 5 0.197 9
3534.37 17 0.46 9 0.46 9 0.0 0.028 10 0.54 11
3553.94 3 0.684 22 0.699 21 0.046 3 0.0424 14*1* 0.818 24
3564.93 9 0.079 7 0.078 7 0.0038 12 0.0047 4 0.091 8
3618.31 10 0.0 0.0 0.0 0.0 0.0
3708.97 4 0.585 15 0.588 14 0.0369 25 0.0357 11 0.688 17
3733.3 7 0.70 14 0.70 14 0.0 0.043 9 0.82 16
3733.627 20 1.31 5 1.35 4 0.087 5 0.082 3*1* 1.58 5
3920.404 22 1.289 22 1.300 21 0.084 4 0.0789 19*1* 1.521 24
3923.4 7 2.2 4 2.2 4 0.0 0.13 3 2.6 5
4030.09 7 0.062 5 0.062 5 0.0 0.0038 12 0.073 6
4071.92 12 0.032 5 0.034 5 0.0028 12 0.0020 3 0.039 6
4073.94 17 0.0 0.0 0.0 0.0 0.0
4287.20 7 0.136 5 0.136 5 0.0088 13 0.0083 3 0.160 6
4354.49 4 0.355 8 0.357 8 0.024 3 0.0217 7 0.418 9
4408.7 7 0.0 0.0 0.0 0.0 0.0
4673.09 3 0.560 10 0.563 10 0.038 3 0.0342 9*1* 0.659 11
4713.859 25 0.956 14 0.958 14 0.066 7 0.0582 15*1* 1.122 16
4881.394 15 4.51 5 4.52 5 0.31 3 0.274 7*1* 5.29 6
4966.802 15 2.89 3 2.89 3 0.196 18 0.176 4*1* 3.39 4
5305.1 7 0.0 0.0 0.0 0.0 0.0
5411.71 7 0.0 0.0 0.0 0.0 0.0
5420.69 6 0.0 0.0 0.0 0.0 0.0
5477.65 5 0.206 5 0.206 5 0.0135 19 0.0125 4 0.242 6
5637.59 3 0.428 7 0.428 7 0.0256 24 0.0260 7 0.501 8
6418.426 14 30.5 3 30.6 3 1.96 9 1.86 4*1* 35.8 3
6519.24 13 0.0 0.0 0.0 0.0 0.0
6555.911 14 5.09 6 5.10 6 0.334 21 0.310 7*1* 5.97 7
6760.084 14 46.3 4 46.4 4 2.97 13 2.82 6*1* 54.3 5
-----------------------------------------------------------------------------------------------------------------------------------
E=TH
CHI/F .2729446 .6045294
SKEW -1.6223274 .7026617
NDEGREES 90 67
ITERATION - 4
LEAST-SQUARED FIT AVERAGE INTENSITIES 2 ITERATIONS
LEVEL/GAMMA INTENSITY CHISQ/F
-----------------------------------------------------------------------------------------------------------------------------------
137.504 8 1.04 3 .5041
149.44 10 0.048 7 .0000
252.1 3 0.0 .0000
341.706 5 30.1 16 .8379
434.12 4 0.038 6 .5015
460.27 13 0.021 6 .0000
605.10 17 0.035 7 .0000
638.41 7 0.067 9 .0000
879.29 12 0.055 9 .3150
902.35 5 0.148 7 .0926
943.7 3 0.23 5 .0000
1041.71 14 0.082 16 .0000
1076.90 19 0.049 9 .0000
1122.63 3 0.90 3 .6852
1135.36 6 0.245 10 .2699
1315.19 6 0.040 7 .0000
1327.55 3 0.301 11 .3142
1350.52 7 0.074 7 .0000
1381.745 5 100.0 20 .0017
1405.92 4 0.064 6 .0000
1451.782 9 0.282 9 .0602
1498.663 7 5.72 10 .0000
1532.56 13 0.062 7 .0000
1549.56 6 0.138 7 .5242
1585.941 5 12.00 19 .0217
1589.282 10 1.17 5 .4442
1622.62 13 0.08 3 .0000
1646.50 4 0.056 6 .3931
1666.210 25 0.063 7 .8210
1674.696 10 0.474 13 .8104
1761.974 7 6.05 10 .5453
1793.476 8 2.97 6 .1068
1842.243 24 0.84 4 .6597
1854.813 21 0.066 17 .8935
1878.891 10 0.6 3 1.7825
1883.01 3 0.78 3 .5028
1940.227 21 0.219 13 .0283
2046.436 24 0.51 3 .5040
2131.43 7 0.048 12 .2663
2306.45 10 0.050 8 .0000
2316.9 3 0.0 .0000
2346.72 12 0.132 16 .7041
2405.82 4 0.34 3 .5426
2429.64 11 0.041 11 .0000
2469.2 3 0.0 .0000
2473.12 7 0.084 9 .0097
2498.236 22 0.441 25 .5411
2513.35 12 0.256 21 .0000
2602.05 12 0.032 9 .0000
2611.06 3 0.326 24 1.0448
2635.733 23 0.144 25 .0000
2709.68 4 0.157 12 .7020
2730.23 7 0.183 13 .7213
2836.1 7 1.05 21 .0000
2836.9 7 1.05 21 .0000
2839.923 22 0.81 4 .8718
2847.18 4 0.123 9 .0123
2943.07 3 1.14 3 .7610
2991.21 9 0.224 13 .5658
3002.20 3 0.281 13 .0243
3026.704 20 2.75 12 .6215
3027.0 7 2.6 5 .0000
3038.58 6 0.0 .0000
3044.2 7 0.0 .0000
3051.25 11 0.32 4 .0000
3074.13 13 0.23 12 .0000
3187.33 5 0.168 9 .3127
3206.39 3 0.101 8 .0015
3224.84 10 0.186 13 .7671
3231.32 5 0.476 15 .2026
3284.76 3 0.142 14 .9228
3324.83 5 0.076 8 .0157
3331.31 10 0.063 8 .0000
3388.91 9 0.023 7 .0000
3427.44 9 0.041 8 .0000
3475.58 3 1.89 5 .8343
3529.441 20 0.197 9 .0181
3534.37 17 0.54 11 .0000
3553.94 3 0.814 25 .6852
3564.93 9 0.091 8 .3206
3618.31 10 0.0 .0000
3708.97 4 0.688 17 .1312
3733.3 7 0.82 16 .0000
3733.627 20 1.58 5 .9964
3920.404 22 1.517 25 .5975
3923.4 7 2.6 5 .0000
4030.09 7 0.073 6 .0000
4071.92 12 0.039 6 .2602
4073.94 17 0.0 .0000
4287.20 7 0.160 6 .0781
4354.49 4 0.418 9 .4801
4408.7 7 0.0 .0000
4673.09 3 0.659 11 .6464
4713.859 25 1.122 16 .6496
4881.394 15 5.29 6 .6260
4966.802 15 3.39 4 .6229
5305.1 7 0.0 .0000
5411.71 7 0.0 .0000
5420.69 6 0.0 .0000
5477.65 5 0.242 6 .1289
5637.59 3 0.501 8 .0133
6418.426 14 35.8 4 .5324
6519.24 13 0.0 .0000
6555.911 14 5.97 7 .5227
6760.084 14 54.3 5 .5251
-----------------------------------------------------------------------------------------------------------------------------------
GAMMA ENERGIES FITTED INTENSITIES
1.48TI(N,G),(POL N,G) 2.48TI(N,G) E=THERMAL
-----------------------------------------------------------------------------------------------------------------------------------
137.504 8 0.5 4 0.89 3*1* 0.0542 13 0.0542 13 1.04 3
149.44 10 0.041 6 0.041 6 0.0 0.0025 4 0.048 7
252.1 3 0.0 0.0 0.0 0.0 0.0
341.706 5 24.8 15 25.7 14 1.84 25 1.56 9*1* 30.1 16
434.12 4 0.033 5 0.033 5 0.0010 10 0.0020 3 0.038 6
460.27 13 0.018 5 0.018 5 0.0 0.0011 3 0.021 6
605.10 17 0.030 6 0.030 6 0.0 0.0018 4 0.035 7
638.41 7 0.0 0.058 8 0.0035 4 0.0035 4 0.067 9
879.29 12 0.050 10 0.047 8 0.0023 7 0.0028 5 0.055 9
902.35 5 0.127 6 0.126 6 0.0073 9 0.0077 4 0.148 7
943.7 3 0.20 4 0.20 4 0.0 0.0121 24 0.23 5
1041.71 14 0.070 14 0.070 14 0.0 0.0043 9 0.082 16
1076.90 19 0.042 8 0.042 8 0.0 0.0026 5 0.049 9
1122.63 3 0.72 4 0.77 3*1* 0.0475 18 0.0465 15 0.90 3
1135.36 6 0.212 10 0.209 9 0.0119 12 0.0127 6 0.245 10
1315.19 6 0.034 6 0.034 6 0.0 0.0021 4 0.040 7
1327.55 3 0.254 10 0.257 9 0.0168 16 0.0156 6 0.301 11
1350.52 7 0.063 6 0.063 6 0.0 0.0038 5 0.074 7
1381.745 5 85.5 21 85.4 19 5.18 18 5.19 12 100.0 20
1405.92 4 0.055 5 0.055 5 0.0 0.0033 4 0.064 6
1451.782 9 0.242 8 0.241 7 0.0143 10 0.0146 5 0.282 9
1498.663 7 4.89 13 4.89 11 0.297 7 0.297 6 5.72 10
1532.56 13 0.053 6 0.053 6 0.0 0.0032 4 0.062 7
1549.56 6 0.115 6 0.118 6 0.0081 10 0.0071 4 0.138 7
1585.941 5 10.2 3 10.25 22 0.624 12 0.623 11 12.00 19
1589.282 10 1.01 5 1.00 4 0.052 9 0.061 3 1.17 5
1622.62 13 0.0 0.069 22 0.0042 13 0.0042 13 0.08 3
1646.50 4 0.046 5 0.048 5 0.0041 15 0.0029 3 0.056 6
1666.210 25 0.048 7 0.054 6 0.0041 9 0.0033 4 0.063 7
1674.696 10 0.397 12 0.405 11 0.0262 15 0.0246 8*1* 0.474 13
1761.974 7 5.35 20 5.17 12 0.311 6 0.314 6 6.05 10
1793.476 8 2.57 8 2.54 6 0.153 4 0.154 3 2.97 6
1842.243 24 0.3 4 0.72 4*1* 0.0436 19 0.0436 19 0.84 4
1854.813 21 0.066 20 0.057 14 0.0022 10 0.0034 9*1* 0.066 17
1878.891 10 0.50 25 0.50 25 0.0 0.030 15*1* 0.6 3
1883.01 3 0.3 3 0.66 3*1* 0.0403 18 0.0403 18 0.78 3
1940.227 21 0.18 3 0.187 12 0.0114 7 0.0113 7 0.219 13
2046.436 24 0.26 18 0.44 3*1* 0.0266 16 0.0265 16 0.51 3
2131.43 7 0.031 15 0.041 10 0.0027 7 0.0025 6 0.048 12
2306.45 10 0.043 7 0.043 7 0.0 0.0026 5 0.050 8
2316.9 3 0.0 0.0 0.0 0.0 0.0
2346.72 12 0.097 17 0.113 14 0.0078 13 0.0069 8 0.132 16
2405.82 4 0.21 7 0.287 24*1* 0.0177 15 0.0174 14 0.34 3
2429.64 11 0.035 9 0.035 9 0.0 0.0021 6 0.041 11
2469.2 3 0.0 0.0 0.0 0.0 0.0
2473.12 7 0.073 10 0.072 8 0.0043 7 0.0044 5 0.084 9
2498.236 22 0.30 8 0.376 22*1* 0.0231 13 0.0229 13 0.441 25
2513.35 12 0.219 18 0.219 18 0.0 0.0133 12 0.256 21
2602.05 12 0.027 8 0.027 8 0.0 0.0016 5 0.032 9
2611.06 3 0.25 3 0.278 21*1* 0.0188 20 0.0169 13 0.326 24
2635.733 23 0.123 21 0.123 21 0.0 0.0075 13 0.144 25
2709.68 4 0.127 11 0.134 10 0.0096 15 0.0082 6 0.157 12
2730.23 7 0.147 13 0.157 12 0.0109 15 0.0095 7 0.183 13
2836.1 7 0.90 18 0.90 18 0.0 0.055 12 1.05 21
2836.9 7 0.90 18 0.90 18 0.0 0.055 12 1.05 21
2839.923 22 0.63 6 0.70 3*1* 0.0437 23 0.0423 20 0.81 4
2847.18 4 0.105 8 0.105 8 0.0066 13 0.0064 5 0.123 9
2943.07 3 0.94 4 0.97 3 0.061 3 0.0591 19 1.14 3
2991.21 9 0.185 12 0.191 11 0.0134 19 0.0116 7 0.224 13
3002.20 3 0.239 12 0.240 11 0.0150 21 0.0146 7 0.281 13
3026.704 20 2.1 3 2.35 11*1* 0.145 6 0.143 6 2.75 12
3027.0 7 2.2 4 2.2 4 0.0 0.13 3 2.6 5
3038.58 6 0.0 0.0 0.0 0.0 0.0
3044.2 7 0.0 0.0 0.0 0.0 0.0
3051.25 11 0.0 0.27 7 0.0167 22 0.0167 22 0.32 4
3074.13 13 0.20 10 0.20 10 0.0 0.012 7 0.23 12
3187.33 5 0.141 8 0.143 8 0.0099 16 0.0087 5 0.168 9
3206.39 3 0.086 7 0.086 7 0.0053 13 0.0052 4 0.101 8
3224.84 10 0.152 11 0.159 11 0.0117 19 0.0097 7*1* 0.186 13
3231.32 5 0.403 14 0.407 13 0.0259 21 0.0247 9 0.476 15
3284.76 3 0.111 12 0.121 12 0.0094 19 0.0074 7*1* 0.142 14
3324.83 5 0.065 7 0.065 7 0.0037 13 0.0039 4 0.076 8
3331.31 10 0.054 7 0.054 7 0.0 0.0033 4 0.063 8
3388.91 9 0.020 6 0.020 6 0.0 0.0012 4 0.023 7
3427.44 9 0.035 7 0.035 7 0.0 0.0021 4 0.041 8
3475.58 3 1.57 5 1.62 4 0.102 4 0.098 3 1.89 5
3529.441 20 0.168 8 0.168 8 0.0105 15 0.0102 5 0.197 9
3534.37 17 0.46 9 0.46 9 0.0 0.028 10 0.54 11
3553.94 3 0.684 22 0.695 21 0.046 4 0.0422 15*1* 0.814 25
3564.93 9 0.079 7 0.078 7 0.0038 12 0.0047 4 0.091 8
3618.31 10 0.0 0.0 0.0 0.0 0.0
3708.97 4 0.585 15 0.588 14 0.0369 25 0.0357 11 0.688 17
3733.3 7 0.70 14 0.70 14 0.0 0.043 9 0.82 16
3733.627 20 1.31 5 1.35 4 0.087 5 0.082 3*1* 1.58 5
3920.404 22 1.289 22 1.296 21 0.084 5 0.0787 20*1* 1.517 25
3923.4 7 2.2 4 2.2 4 0.0 0.13 3 2.6 5
4030.09 7 0.062 5 0.062 5 0.0 0.0038 12 0.073 6
4071.92 12 0.032 5 0.034 5 0.0028 12 0.0020 3 0.039 6
4073.94 17 0.0 0.0 0.0 0.0 0.0
4287.20 7 0.136 5 0.136 5 0.0088 13 0.0083 3 0.160 6
4354.49 4 0.355 8 0.357 8 0.024 3 0.0217 7 0.418 9
4408.7 7 0.0 0.0 0.0 0.0 0.0
4673.09 3 0.560 10 0.563 10 0.038 3 0.0342 9*1* 0.659 11
4713.859 25 0.956 14 0.958 14 0.066 7 0.0582 15*1* 1.122 16
4881.394 15 4.51 5 4.52 5 0.31 3 0.274 7*1* 5.29 6
4966.802 15 2.89 3 2.89 3 0.196 18 0.176 4*1* 3.39 4
5305.1 7 0.0 0.0 0.0 0.0 0.0
5411.71 7 0.0 0.0 0.0 0.0 0.0
5420.69 6 0.0 0.0 0.0 0.0 0.0
5477.65 5 0.206 5 0.206 5 0.0135 19 0.0125 4 0.242 6
5637.59 3 0.428 7 0.428 7 0.0256 24 0.0260 7 0.501 8
6418.426 14 30.5 3 30.6 3 1.96 10 1.86 4*1* 35.8 4
6519.24 13 0.0 0.0 0.0 0.0 0.0
6555.911 14 5.09 6 5.10 6 0.334 24 0.310 7*1* 5.97 7
6760.084 14 46.3 4 46.4 4 2.97 15 2.82 6*1* 54.3 5
-----------------------------------------------------------------------------------------------------------------------------------
E=TH
CHI/F .2443348 .5765762
SKEW -1.6160742 .5548391
NDEGREES 90 67
ITERATION - 5
LEAST-SQUARED FIT AVERAGE INTENSITIES 2 ITERATIONS
LEVEL/GAMMA INTENSITY CHISQ/F
-----------------------------------------------------------------------------------------------------------------------------------
137.504 8 1.04 3 .5041
149.44 10 0.048 7 .0000
252.1 3 0.0 .0000
341.706 5 30.1 16 .8379
434.12 4 0.038 6 .5015
460.27 13 0.021 6 .0000
605.10 17 0.035 7 .0000
638.41 7 0.067 9 .0000
879.29 12 0.055 9 .3150
902.35 5 0.148 7 .0926
943.7 3 0.23 5 .0000
1041.71 14 0.082 16 .0000
1076.90 19 0.049 9 .0000
1122.63 3 0.90 3 .6852
1135.36 6 0.245 10 .2699
1315.19 6 0.040 7 .0000
1327.55 3 0.301 11 .3142
1350.52 7 0.074 7 .0000
1381.745 5 100.0 20 .0017
1405.92 4 0.064 6 .0000
1451.782 9 0.282 9 .0602
1498.663 7 5.72 10 .0000
1532.56 13 0.062 7 .0000
1549.56 6 0.138 7 .5242
1585.941 5 12.00 19 .0217
1589.282 10 1.17 5 .4442
1622.62 13 0.08 3 .0000
1646.50 4 0.056 6 .3931
1666.210 25 0.063 7 .8210
1674.696 10 0.474 13 .8104
1761.974 7 6.05 10 .5453
1793.476 8 2.97 6 .1068
1842.243 24 0.84 4 .6597
1854.813 21 0.070 19 .6902
1878.891 10 0.6 3 1.7825
1883.01 3 0.78 3 .5028
1940.227 21 0.219 13 .0283
2046.436 24 0.51 3 .5040
2131.43 7 0.048 12 .2663
2306.45 10 0.050 8 .0000
2316.9 3 0.0 .0000
2346.72 12 0.132 16 .7041
2405.82 4 0.34 3 .5426
2429.64 11 0.041 11 .0000
2469.2 3 0.0 .0000
2473.12 7 0.084 9 .0097
2498.236 22 0.441 25 .5411
2513.35 12 0.256 21 .0000
2602.05 12 0.032 9 .0000
2611.06 3 0.326 24 1.0448
2635.733 23 0.144 25 .0000
2709.68 4 0.157 12 .7020
2730.23 7 0.183 13 .7213
2836.1 7 1.05 21 .0000
2836.9 7 1.05 21 .0000
2839.923 22 0.82 4 .6973
2847.18 4 0.123 9 .0123
2943.07 3 1.14 3 .7610
2991.21 9 0.224 13 .5658
3002.20 3 0.281 13 .0243
3026.704 20 2.75 12 .6215
3027.0 7 2.6 5 .0000
3038.58 6 0.0 .0000
3044.2 7 0.0 .0000
3051.25 11 0.32 4 .0000
3074.13 13 0.23 12 .0000
3187.33 5 0.168 9 .3127
3206.39 3 0.101 8 .0015
3224.84 10 0.186 13 .7671
3231.32 5 0.476 15 .2026
3284.76 3 0.142 14 .9228
3324.83 5 0.076 8 .0157
3331.31 10 0.063 8 .0000
3388.91 9 0.023 7 .0000
3427.44 9 0.041 8 .0000
3475.58 3 1.89 5 .8343
3529.441 20 0.197 9 .0181
3534.37 17 0.54 11 .0000
3553.94 3 0.814 25 .6852
3564.93 9 0.091 8 .3206
3618.31 10 0.0 .0000
3708.97 4 0.688 17 .1312
3733.3 7 0.82 16 .0000
3733.627 20 1.58 5 .9964
3920.404 22 1.517 25 .5975
3923.4 7 2.6 5 .0000
4030.09 7 0.073 6 .0000
4071.92 12 0.039 6 .2602
4073.94 17 0.0 .0000
4287.20 7 0.160 6 .0781
4354.49 4 0.418 9 .4801
4408.7 7 0.0 .0000
4673.09 3 0.659 11 .6464
4713.859 25 1.122 16 .6496
4881.394 15 5.29 6 .6260
4966.802 15 3.39 4 .6229
5305.1 7 0.0 .0000
5411.71 7 0.0 .0000
5420.69 6 0.0 .0000
5477.65 5 0.242 6 .1289
5637.59 3 0.501 8 .0133
6418.426 14 35.8 4 .5324
6519.24 13 0.0 .0000
6555.911 14 5.97 7 .5227
6760.084 14 54.3 5 .5251
-----------------------------------------------------------------------------------------------------------------------------------
GAMMA ENERGIES FITTED INTENSITIES
1.48TI(N,G),(POL N,G) 2.48TI(N,G) E=THERMAL
-----------------------------------------------------------------------------------------------------------------------------------
137.504 8 0.5 4 0.89 3*1* 0.0542 13 0.0542 13 1.04 3
149.44 10 0.041 6 0.041 6 0.0 0.0025 4 0.048 7
252.1 3 0.0 0.0 0.0 0.0 0.0
341.706 5 24.8 15 25.7 14 1.84 25 1.56 9*1* 30.1 16
434.12 4 0.033 5 0.033 5 0.0010 10 0.0020 3 0.038 6
460.27 13 0.018 5 0.018 5 0.0 0.0011 3 0.021 6
605.10 17 0.030 6 0.030 6 0.0 0.0018 4 0.035 7
638.41 7 0.0 0.058 8 0.0035 4 0.0035 4 0.067 9
879.29 12 0.050 10 0.047 8 0.0023 7 0.0028 5 0.055 9
902.35 5 0.127 6 0.126 6 0.0073 9 0.0077 4 0.148 7
943.7 3 0.20 4 0.20 4 0.0 0.0121 24 0.23 5
1041.71 14 0.070 14 0.070 14 0.0 0.0043 9 0.082 16
1076.90 19 0.042 8 0.042 8 0.0 0.0026 5 0.049 9
1122.63 3 0.72 4 0.77 3*1* 0.0475 18 0.0465 15 0.90 3
1135.36 6 0.212 10 0.209 9 0.0119 12 0.0127 6 0.245 10
1315.19 6 0.034 6 0.034 6 0.0 0.0021 4 0.040 7
1327.55 3 0.254 10 0.257 9 0.0168 16 0.0156 6 0.301 11
1350.52 7 0.063 6 0.063 6 0.0 0.0038 5 0.074 7
1381.745 5 85.5 21 85.4 19 5.18 18 5.19 12 100.0 20
1405.92 4 0.055 5 0.055 5 0.0 0.0033 4 0.064 6
1451.782 9 0.242 8 0.241 7 0.0143 10 0.0146 5 0.282 9
1498.663 7 4.89 13 4.89 11 0.297 7 0.297 6 5.72 10
1532.56 13 0.053 6 0.053 6 0.0 0.0032 4 0.062 7
1549.56 6 0.115 6 0.118 6 0.0081 10 0.0071 4 0.138 7
1585.941 5 10.2 3 10.25 22 0.624 12 0.623 11 12.00 19
1589.282 10 1.01 5 1.00 4 0.052 9 0.061 3 1.17 5
1622.62 13 0.0 0.069 22 0.0042 13 0.0042 13 0.08 3
1646.50 4 0.046 5 0.048 5 0.0041 15 0.0029 3 0.056 6
1666.210 25 0.048 7 0.054 6 0.0041 9 0.0033 4 0.063 7
1674.696 10 0.397 12 0.405 11 0.0262 15 0.0246 8*1* 0.474 13
1761.974 7 5.35 20 5.17 12 0.311 6 0.314 6 6.05 10
1793.476 8 2.57 8 2.54 6 0.153 4 0.154 3 2.97 6
1842.243 24 0.3 4 0.72 4*1* 0.0436 19 0.0436 19 0.84 4
1854.813 21 0.066 20 0.059 16 0.0022 12 0.0036 10*1* 0.070 19
1878.891 10 0.50 25 0.50 25 0.0 0.030 15*1* 0.6 3
1883.01 3 0.3 3 0.66 3*1* 0.0403 18 0.0403 18 0.78 3
1940.227 21 0.18 3 0.187 12 0.0114 7 0.0113 7 0.219 13
2046.436 24 0.26 18 0.44 3*1* 0.0266 16 0.0265 16 0.51 3
2131.43 7 0.031 15 0.041 10 0.0027 7 0.0025 6 0.048 12
2306.45 10 0.043 7 0.043 7 0.0 0.0026 5 0.050 8
2316.9 3 0.0 0.0 0.0 0.0 0.0
2346.72 12 0.097 17 0.113 14 0.0078 13 0.0069 8 0.132 16
2405.82 4 0.21 7 0.287 24*1* 0.0177 15 0.0174 14 0.34 3
2429.64 11 0.035 9 0.035 9 0.0 0.0021 6 0.041 11
2469.2 3 0.0 0.0 0.0 0.0 0.0
2473.12 7 0.073 10 0.072 8 0.0043 7 0.0044 5 0.084 9
2498.236 22 0.30 8 0.376 22*1* 0.0231 13 0.0229 13 0.441 25
2513.35 12 0.219 18 0.219 18 0.0 0.0133 12 0.256 21
2602.05 12 0.027 8 0.027 8 0.0 0.0016 5 0.032 9
2611.06 3 0.25 3 0.278 21*1* 0.0188 20 0.0169 13 0.326 24
2635.733 23 0.123 21 0.123 21 0.0 0.0075 13 0.144 25
2709.68 4 0.127 11 0.134 10 0.0096 15 0.0082 6 0.157 12
2730.23 7 0.147 13 0.157 12 0.0109 15 0.0095 7 0.183 13
2836.1 7 0.90 18 0.90 18 0.0 0.055 12 1.05 21
2836.9 7 0.90 18 0.90 18 0.0 0.055 12 1.05 21
2839.923 22 0.63 7 0.70 4*1* 0.0437 23 0.0426 20 0.82 4
2847.18 4 0.105 8 0.105 8 0.0066 13 0.0064 5 0.123 9
2943.07 3 0.94 4 0.97 3 0.061 3 0.0591 19 1.14 3
2991.21 9 0.185 12 0.191 11 0.0134 19 0.0116 7 0.224 13
3002.20 3 0.239 12 0.240 11 0.0150 21 0.0146 7 0.281 13
3026.704 20 2.1 3 2.35 11*1* 0.145 6 0.143 6 2.75 12
3027.0 7 2.2 4 2.2 4 0.0 0.13 3 2.6 5
3038.58 6 0.0 0.0 0.0 0.0 0.0
3044.2 7 0.0 0.0 0.0 0.0 0.0
3051.25 11 0.0 0.27 7 0.0167 22 0.0167 22 0.32 4
3074.13 13 0.20 10 0.20 10 0.0 0.012 7 0.23 12
3187.33 5 0.141 8 0.143 8 0.0099 16 0.0087 5 0.168 9
3206.39 3 0.086 7 0.086 7 0.0053 13 0.0052 4 0.101 8
3224.84 10 0.152 11 0.159 11 0.0117 19 0.0097 7*1* 0.186 13
3231.32 5 0.403 14 0.407 13 0.0259 21 0.0247 9 0.476 15
3284.76 3 0.111 12 0.121 12 0.0094 19 0.0074 7*1* 0.142 14
3324.83 5 0.065 7 0.065 7 0.0037 13 0.0039 4 0.076 8
3331.31 10 0.054 7 0.054 7 0.0 0.0033 4 0.063 8
3388.91 9 0.020 6 0.020 6 0.0 0.0012 4 0.023 7
3427.44 9 0.035 7 0.035 7 0.0 0.0021 4 0.041 8
3475.58 3 1.57 5 1.62 4 0.102 4 0.098 3 1.89 5
3529.441 20 0.168 8 0.168 8 0.0105 15 0.0102 5 0.197 9
3534.37 17 0.46 9 0.46 9 0.0 0.028 10 0.54 11
3553.94 3 0.684 22 0.695 21 0.046 4 0.0422 15*1* 0.814 25
3564.93 9 0.079 7 0.078 7 0.0038 12 0.0047 4 0.091 8
3618.31 10 0.0 0.0 0.0 0.0 0.0
3708.97 4 0.585 15 0.588 14 0.0369 25 0.0357 11 0.688 17
3733.3 7 0.70 14 0.70 14 0.0 0.043 9 0.82 16
3733.627 20 1.31 5 1.35 4 0.087 5 0.082 3*1* 1.58 5
3920.404 22 1.289 22 1.296 21 0.084 5 0.0787 20*1* 1.517 25
3923.4 7 2.2 4 2.2 4 0.0 0.13 3 2.6 5
4030.09 7 0.062 5 0.062 5 0.0 0.0038 12 0.073 6
4071.92 12 0.032 5 0.034 5 0.0028 12 0.0020 3 0.039 6
4073.94 17 0.0 0.0 0.0 0.0 0.0
4287.20 7 0.136 5 0.136 5 0.0088 13 0.0083 3 0.160 6
4354.49 4 0.355 8 0.357 8 0.024 3 0.0217 7 0.418 9
4408.7 7 0.0 0.0 0.0 0.0 0.0
4673.09 3 0.560 10 0.563 10 0.038 3 0.0342 9*1* 0.659 11
4713.859 25 0.956 14 0.958 14 0.066 7 0.0582 15*1* 1.122 16
4881.394 15 4.51 5 4.52 5 0.31 3 0.274 7*1* 5.29 6
4966.802 15 2.89 3 2.89 3 0.196 18 0.176 4*1* 3.39 4
5305.1 7 0.0 0.0 0.0 0.0 0.0
5411.71 7 0.0 0.0 0.0 0.0 0.0
5420.69 6 0.0 0.0 0.0 0.0 0.0
5477.65 5 0.206 5 0.206 5 0.0135 19 0.0125 4 0.242 6
5637.59 3 0.428 7 0.428 7 0.0256 24 0.0260 7 0.501 8
6418.426 14 30.5 3 30.6 3 1.96 10 1.86 4*1* 35.8 4
6519.24 13 0.0 0.0 0.0 0.0 0.0
6555.911 14 5.09 6 5.10 6 0.334 24 0.310 7*1* 5.97 7
6760.084 14 46.3 4 46.4 4 2.97 15 2.82 6*1* 54.3 5
-----------------------------------------------------------------------------------------------------------------------------------
E=TH
CHI/F .2408558 .5698202
SKEW -1.6241564 .5796245
NDEGREES 90 67
UNPLACED GAMMA RAY PROCESSING (INTENSITIES ARE RENORMALIZED)
49TI G 158.6 5
49TI G 703.5 2 0.027 6
49TI G 889.1 5 0.13
49TI G 986.7411 0.027 6
49TI G 1243.3117 0.053 6
49TI G 1973.0 4 0.032 6
49TI G 2003.5120 0.34 8
49TI G 2529.1 5 0.032 8
49TI G 2548.8 4 0.040 8
49TI G 2591.1 5 0.028 8
49TI G 2686.66 5 0.33615
49TI G 3013.2 3 0.052 8
49TI G 3534.4 3 0.062 7
49TI G 4150.4 3 0.045 6
49TI G 4200.5 6 0.020 5
49TI G 4240.4 6 0.020 5
49TI G 5204.3714 0.074 4
49TI G 5291.8 5 0.020 4
49TI G 5543.4 4 0.023 4
49TI G 6195.1 9 0.022 7
49TI G 6604 3